| Levant Sparrowhawk | Accipitriformes | Accipitridae | Accipiter brevipes | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Northern Goshawk | Accipitriformes | Accipitridae | Accipiter gentilis | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Eurasian Sparrowhawk | Accipitriformes | Accipitridae | Accipiter nisus | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Crested Goshawk | Accipitriformes | Accipitridae | Accipiter trivirgatus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Besra | Accipitriformes | Accipitridae | Accipiter virgatus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Cinereous Vulture | Accipitriformes | Accipitridae | Aegypius monachus | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Golden Eagle | Accipitriformes | Accipitridae | Aquila chrysaetos | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Eastern Imperial Eagle | Accipitriformes | Accipitridae | Aquila heliaca | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Steppe Eagle | Accipitriformes | Accipitridae | Aquila nipalensis | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Eurasian Buzzard | Accipitriformes | Accipitridae | Buteo buteo | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Eurasian Buzzard | Accipitriformes | Accipitridae | Buteo buteo | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Eurasian Buzzard | Accipitriformes | Accipitridae | Buteo buteo | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Long-legged Buzzard | Accipitriformes | Accipitridae | Buteo rufinus | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Long-legged Buzzard | Accipitriformes | Accipitridae | Buteo rufinus | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Short-toed Snake-eagle | Accipitriformes | Accipitridae | Circaetus gallicus | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Western Marsh-harrier | Accipitriformes | Accipitridae | Circus aeruginosus | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Western Marsh-harrier | Accipitriformes | Accipitridae | Circus aeruginosus | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Pallid Harrier | Accipitriformes | Accipitridae | Circus macrourus | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Montagu's Harrier | Accipitriformes | Accipitridae | Circus pygargus | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Griffon Vulture | Accipitriformes | Accipitridae | Gyps fulvus | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Black Eagle | Accipitriformes | Accipitridae | Ictinaetus malaiensis | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Black Kite | Accipitriformes | Accipitridae | Milvus migrans | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Black Kite | Accipitriformes | Accipitridae | Milvus migrans | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Egyptian Vulture | Accipitriformes | Accipitridae | Neophron percnopterus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Changeable Hawk-eagle | Accipitriformes | Accipitridae | Nisaetus cirrhatus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Mountain Hawk-eagle | Accipitriformes | Accipitridae | Nisaetus nipalensis | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Oriental Honey-buzzard | Accipitriformes | Accipitridae | Pernis ptilorhynchus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Crested Serpent-eagle | Accipitriformes | Accipitridae | Spilornis cheela | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Crested Serpent-eagle | Accipitriformes | Accipitridae | Spilornis cheela | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Mandarin Duck | Anseriformes | Anatidae | Aix galericulata | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Common Teal | Anseriformes | Anatidae | Anas crecca | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Mallard | Anseriformes | Anatidae | Anas platyrhynchos | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Mallard (Ilan White) | Anseriformes | Anatidae | Anas platyrhynchos | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Mallard | Anseriformes | Anatidae | Anas platyrhynchos | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Mallard | Anseriformes | Anatidae | Anas platyrhynchos | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Mallard (Brown Tsaiya) | Anseriformes | Anatidae | Anas platyrhynchos | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Mallard | Anseriformes | Anatidae | Anas platyrhynchos | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Indian Spot-billed Duck | Anseriformes | Anatidae | Anas poecilorhyncha | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Greater White-fronted Goose | Anseriformes | Anatidae | Anser albifrons | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Domestic Goose | Anseriformes | Anatidae | Anser anser | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Canada Goose | Anseriformes | Anatidae | Branta canadensis | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Barnacle Goose | Anseriformes | Anatidae | Branta leucopsis | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Common Goldeneye | Anseriformes | Anatidae | Bucephala clangula | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Black Swan | Anseriformes | Anatidae | Cygnus atratus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Black Swan | Anseriformes | Anatidae | Cygnus atratus | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Whooper Swan | Anseriformes | Anatidae | Cygnus cygnus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Black-necked Swan | Anseriformes | Anatidae | Cygnus melancoryphus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Mute Swan | Anseriformes | Anatidae | Cygnus olor | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Mute Swan | Anseriformes | Anatidae | Cygnus olor | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Common Eider | Anseriformes | Anatidae | Somateria mollissima | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Ruddy Shelduck | Anseriformes | Anatidae | Tadorna ferruginea | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Ruddy Shelduck | Anseriformes | Anatidae | Tadorna ferruginea | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Common Shelduck | Anseriformes | Anatidae | Tadorna tadorna | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Great Hornbill | Bucerotiformes | Bucerotidae | Buceros bicornis | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| House Swift | Caprimulgiformes | Apodidae | Apus nipalensis | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Jungle Nightjar | Caprimulgiformes | Caprimulgidae | Caprimulgus indicus | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Eurasian Oystercatcher | Charadriiformes | Charadriidae | Haematopus ostralegus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| South Polar Skua | Charadriiformes | Laridae | Catharacta maccormicki | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Great Skua | Charadriiformes | Laridae | Catharacta skua | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| European Herring Gull | Charadriiformes | Laridae | Larus argentatus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| European Herring Gull | Charadriiformes | Laridae | Larus argentatus | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Franklin’s Gull | Charadriiformes | Laridae | Lecuophaeus pipixcan | 2550F/2718R | Weissenfluh et al. (2025). Variation in body condition, corticosterone response and immune function is related to the timing of nesting in Franklin’s Gull. Conservation Physiology, 13(1), coaf024. |
| Mew Gull | Charadriiformes | Laridae | Larus canus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Glaucous Gull | Charadriiformes | Laridae | Larus hyperboreus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Black-headed Gull | Charadriiformes | Laridae | Larus ridibundus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Dunlin | Charadriiformes | Scolopacidae | Calidris alpina | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Oriental Stork | Ciconiiformes | Ciconiidae | Ciconia boyciana | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| White Stork | Ciconiiformes | Ciconiidae | Ciconia ciconia | 2550F/2718R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Nicobar Pigeon | Columbiformes | Columbidae | Caloenas nicobarica | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Grey-capped Emerald Dove | Columbiformes | Columbidae | Chalcophaps indica | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Grey-capped Emerald Dove | Columbiformes | Columbidae | Chalcophaps indica | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Rock Dove | Columbiformes | Columbidae | Columba livia | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Rock Dove | Columbiformes | Columbidae | Columba livia | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Common Pigeon | Columbiformes | Columbidae | Columba livia | CHD1LF/CHD1LR | Liang et al. (2019). “Sex identification of pigeons using polymerase chain reaction analysis with simple DNA extraction.” Avian Biology Research 12.2 (2019): 45-48. |
| Ashy Woodpigeon | Columbiformes | Columbidae | Columba pulchricollis | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Pied Imperial-pigeon | Columbiformes | Columbidae | Ducula bicolor | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Western Crowned-pigeon | Columbiformes | Columbidae | Goura cristata | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Victoria Crowned-pigeon | Columbiformes | Columbidae | Goura victoria | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Crested Pigeon | Columbiformes | Columbidae | Ocyphaps lophotes | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Red Collared-dove | Columbiformes | Columbidae | Streptopelia tranquebarica | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Jambu Fruit Dove | Columbiformes | Columbidae | Ptilinopus jambu | CHD1LF/CHD1LR | Fitriana et al. (2022). Komparasi lima jenis primer polymerase chain reaction untuk mengidentifikasi kelamin burung famili Columbidae yang akurat. Jurnal Sain Veteriner, 40(2), 205-220. |
| Grey-cheeked Green Pigeon | Columbiformes | Columbidae | Treron griseicauda | CHD1LF/CHD1LR | Fitriana et al. (2022). Komparasi lima jenis primer polymerase chain reaction untuk mengidentifikasi kelamin burung famili Columbidae yang akurat. Jurnal Sain Veteriner, 40(2), 205-220. |
| Zebra Dove | Columbiformes | Columbidae | Geopelia striata | CHD1LF/CHD1LR | Fitriana et al. (2022). Komparasi lima jenis primer polymerase chain reaction untuk mengidentifikasi kelamin burung famili Columbidae yang akurat. Jurnal Sain Veteriner, 40(2), 205-220. |
| Spotted Dove | Columbiformes | Columbidae | Spilopelia chinensis | CHD1LF/CHD1LR | Fitriana et al. (2022). Komparasi lima jenis primer polymerase chain reaction untuk mengidentifikasi kelamin burung famili Columbidae yang akurat. Jurnal Sain Veteriner, 40(2), 205-220. |
| Common Kingfisher | Coraciiformes | Alcedinidae | Alcedo atthis | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Laughing Kookaburra | Coraciiformes | Alcedinidae | Dacelo novaeguineae | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Laughing Kookaburra | Coraciiformes | Alcedinidae | Dacelo novaeguineae | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| European Bee-eater | Coraciiformes | Meropidae | Merops apiaster | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Blue-tailed Bee-eater | Coraciiformes | Meropidae | Merops philippinus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Galapagos Hawk | Falconiformes | Accipitridae | Buteo galapagoensis | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Hen Harrier | Falconiformes | Accipitridae | Circus cyaneus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Golden Eagle | Falconiformes | Falconidae | Aquila chrysaetos | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Saker Falcon | Falconiformes | Falconidae | Falco cherrug | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Red-headed Falcon | Falconiformes | Falconidae | Falco chicquera | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Lesser Kestrel | Falconiformes | Falconidae | Falco naumanni | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Peregrine Falcon | Falconiformes | Falconidae | Falco peregrinus | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Peregrine Falcon | Falconiformes | Falconidae | Falco peregrinus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Barbary Falcon | Falconiformes | Falconidae | Falco peregrinus pelegrinoides | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Eurasian Hobby | Falconiformes | Falconidae | Falco subbuteo | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Common Kestrel | Falconiformes | Falconidae | Falco tinnunculus | 2550F/2718R | Valadan et al. (2017). Avian gametologs as molecular tags for sex identification in birds of prey of Iran. Zoo biology, 36(4), 289-293. |
| Common Kestrel | Falconiformes | Falconidae | Falco tinnunculus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Common Kestrel | Falconiformes | Falconidae | Falco tinnunculus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Common Kestrel | Falconiformes | Falconidae | Falco tinnunculus | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Domestic Chicken | Galliformes | Phasianidae | Gallus gallus domesticus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Great Argus | Galliformes | Phasianidae | Argusianus argus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Chinese Bamboo-partridge | Galliformes | Phasianidae | Bambusicola thoracicus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Chinese Bamboo-partridge | Galliformes | Phasianidae | Bambusicola thoracicus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Common Quail | Galliformes | Phasianidae | Coturnix coturnix | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Red Junglefowl | Galliformes | Phasianidae | Gallus gallus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Domestic Chicken | Galliformes | Phasianidae | Gallus gallus domesticus | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Domestic Chicken | Galliformes | Phasianidae | Gallus gallus domesticus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Jungle Fowl | Galliformes | Phasianidae | Gallus gallus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Domestic Chicken | Galliformes | Phasianidae | Gallus gallus domesticus | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Green Junglefowl | Galliformes | Phasianidae | Gallus varius | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Swinhoe's Pheasant | Galliformes | Phasianidae | Lophura swinhoii | 2550F 2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Black Grouse | Galliformes | Phasianidae | Lyrurus tetrix | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Indian Peafowl | Galliformes | Phasianidae | Pavo cristatus | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Indian Peafowl | Galliformes | Phasianidae | Pavo cristatus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Indian Peafowl | Galliformes | Phasianidae | Pavo cristatus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Common Pheasant | Galliformes | Phasianidae | Phasianus colchicus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Common Pheasant | Galliformes | Phasianidae | Phasianus colchicus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Common Pheasant | Galliformes | Phasianidae | Phasianus colchicus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Common Pheasant | Galliformes | Phasianidae | Phasianus colchicus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Common Pheasant | Galliformes | Phasianidae | Phasianus colchicus | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Palawan Peacock-Pheasant | Galliformes | Phasianidae | Polyplectron napoleonis | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Common Quail | Galliformes | Phasianidae | Coturnix coturnix | CHD1LF/CHD1LR | Fitriana et al. (2023). Evaluation of primers targeting chromo helicase DNA-binding gene (CHD) for molecular sexing identification in four bird families. Livestock and Animal Research, 21(1), 14-20. |
| Domestic Turkey | Galliformes |
Phasianidae | Meleagris gallopavo domesticus | CHD1F/CHD1R | Rahim et al. (2012). Species and gender identification in diversified poultry species by PCR analysis of CHD gene. Indian Journal of Poultry Science, 47(3), 281-286. |
| Common Quail | Galliformes |
Phasianidae | Coturnix coturnix | CHD1F/CHD1R | Rahim et al. (2012). Species and gender identification in diversified poultry species by PCR analysis of CHD gene. Indian Journal of Poultry Science, 47(3), 281-286. |
| Domestic Chicken | Galliformes |
Phasianidae | Gallus gallus domesticus | CHD1F/CHD1R | Rahim et al. (2012). Species and gender identification in diversified poultry species by PCR analysis of CHD gene. Indian Journal of Poultry Science, 47(3), 281-286. |
| Guinea Fowl | Galliformes | Numididae | Numida meleagris | CHD1F/CHD1R | Rahim et al. (2012). Species and gender identification in diversified poultry species by PCR analysis of CHD gene. Indian Journal of Poultry Science, 47(3), 281-286. |
| Black Crowned Crane | Gruiformes | Gruidae | Balearica pavonina | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Grey Crowned Crane | Gruiformes | Gruidae | Balearica regulorum | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Red-crowned Crane | Gruiformes | Gruidae | Grus japonensis | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Hooded Crane | Gruiformes | Gruidae | Grus monacha | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Green Turaco | Musophagiformes | Musophagidae | Tauraco persa | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Great Reed-warbler | Passeriformes | Acrocephalidae | Acrocephalus arundinaceus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Black-throated Tit | Passeriformes | Aegithalidae | Aegithalos concinnus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Oriental Skylark | Passeriformes | Alaudidae | Alauda gulgula | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Grey-cheeked Fulvetta | Passeriformes | Alcippeidae | Alcippe morrisonia | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Grey Treepie | Passeriformes | Corvidae | Dendrocitta formosae | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Grey Treepie | Passeriformes | Corvidae | Dendrocitta formosae | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Oriental Magpie | Passeriformes | Corvidae | Pica serica | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Taiwan Blue Magpie | Passeriformes | Corvidae | Urocissa caerulea | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Scaly-breasted Munia | Passeriformes | Estrildidae | Lonchura punctulata | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Society Finch | Passeriformes | Estrildidae | Lonchura striata | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Timor Zebra Finch | Passeriformes | Estrildidae | Taeniopygia guttata | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Common Chaffinch | Passeriformes | Fringillidae | Fringilla coelebs | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Brambling | Passeriformes | Fringillidae | Fringilla montifringilla | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Brown Shrike | Passeriformes | Laniidae | Lanius cristatus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| White-eared Sibia | Passeriformes | Leiotrichidae | Heterophasia auricularis | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Buffy Laughingthrush | Passeriformes | Leiotrichidae | Pterorhinus berthemyi | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Siberian Rubythroat | Passeriformes | Muscicapidae | Calliope calliope | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Taiwan Whistling-thrush | Passeriformes | Muscicapidae | Myophonus insularis | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Formosan Whistling Thrush | Passeriformes | Muscicapidae | Myophonus insularis | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Maroon Oriole | Passeriformes | Oriolidae | Oriolus traillii | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Green-backed Tit | Passeriformes | Paridae | Parus monticolus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Eurasian Tree Sparrow | Passeriformes | Passeridae | Passer montanus | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Eurasian Tree Sparrow | Passeriformes | Passeridae | Passer montanus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Eurasian Tree Sparrow | Passeriformes | Passeridae | Passer montanus | CHD1LF/CHD1LR | Fitriana et al. (2023). Evaluation of primers targeting chromo helicase DNA-binding gene (CHD) for molecular sexing identification in four bird families. Livestock and Animal Research, 21(1), 14-20. |
| Fairy Pitta | Passeriformes | Pittidae | Pitta nympha | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Golden Palm Weaver | Passeriformes | Ploceidae | Ploceus bojeri | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Light-vented Bulbul | Passeriformes | Pycnonotidae | Pycnonotus sinensis | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Light-vented Bulbul | Passeriformes | Pycnonotidae | Pycnonotus sinensis | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Styan's Bulbul | Passeriformes | Pycnonotidae | Pycnonotus taivanus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Rufous-faced Warbler | Passeriformes | Scotocercidae | Abroscopus albogularis | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Crested Myna (formosanus) | Passeriformes | Sturnidae | Acridotheres cristatellus | P2/P8 | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Javan Myna | Passeriformes | Sturnidae | Acridotheres javanicus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Black-winged Myna | Passeriformes | Sturnidae | Acridotheres melanopterus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Bali Myna | Passeriformes | Sturnidae | Leucopsar rothschildi | P2/P8 | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Rufous-capped Babbler | Passeriformes | Timaliidae | Cyanoderma ruficeps | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Pale Thrush | Passeriformes | Turdidae | Turdus pallidus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Song Thrush | Passeriformes | Turdidae | Turdus philomelos | 2550F/2718R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Scaly Thrush | Passeriformes | Turdidae | Zoothera dauma | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Mountain White-eye | Passeriformes | Zosteropidae | Zosterops japonicus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Song Thrush | Passeriformes | Turdidae | Turdus philomelus | CHD1F/CHD1R | D’Anza et al. (2025). A fast molecular tool for sexing Gibber Italicus, song thrush, and redwing birds. Journal of Veterinary Diagnostic Investigation, 10406387251323555. |
| Redwing | Passeriformes | Turdidae | Turdus iliacus | CHD1F/CHD1R | D’Anza et al. (2025). A fast molecular tool for sexing Gibber Italicus, song thrush, and redwing birds. Journal of Veterinary Diagnostic Investigation, 10406387251323555. |
| Grey Heron | Pelecaniformes | Ardeidae | Ardea cinerea | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Purple Heron | Pelecaniformes | Ardeidae | Ardea purpurea | 2550F 2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Eurasian Bittern | Pelecaniformes | Ardeidae | Botaurus stellaris | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Cattle Egret | Pelecaniformes | Ardeidae | Bubulcus ibis | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Little Egret | Pelecaniformes | Ardeidae | Egretta garzetta | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Japanese Night Heron | Pelecaniformes | Ardeidae | Gorsachius goisagi | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Malay Night Heron | Pelecaniformes | Ardeidae | Gorsachius melanolophus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Malay Night Heron | Pelecaniformes | Ardeidae | Gorsachius melanolophus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Black-crowned Night Heron | Pelecaniformes | Ardeidae | Nycticorax nycticorax | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Great White Pelican | Pelecaniformes | Pelecanidae | Pelecanus onocrotalus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Great White Pelican | Pelecaniformes | Pelecanidae | Pelecanus onocrotalus | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Pink-backed Pelican | Pelecaniformes | Pelecanidae | Pelecanus rufescens | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Scarlet Ibis | Pelecaniformes | Threskiornithidae | Eudocimus ruber | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Northern Bald Ibis | Pelecaniformes | Threskiornithidae | Geronticus eremita | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Black-faced Spoonbill | Pelecaniformes | Threskiornithidae | Platalea minor | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| African Sacred Ibis | Pelecaniformes | Threskiornithidae | Threskiornis aethiopicus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Lesser Flamingo | Phoenicopteriformes | Phoenicopteridae | Phoeniconaias minor | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Chilean Flamingo | Phoenicopteriformes | Phoenicopteridae | Phoenicopterus chilensis | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Greater Flamingo | Phoenicopteriformes | Phoenicopteridae | Phoenicopterus roseus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Greater Flamingo | Phoenicopteriformes | Phoenicopteridae | Phoenicopterus roseus | CHD1F/CHD1R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Greater Flamingo | Phoenicopteriformes | Phoenicopteridae | Phoenicopterus roseus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Greater Flamingo | Phoenicopteriformes | Phoenicopteridae | Phoenicopterus roseus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| American Flamingo | Phoenicopteriformes | Phoenicopteridae | Phoenicopterus ruber | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Taiwan Barbet | Piciformes | Megalaimidae | Psilopogon nuchalis | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| White-backed Woodpecker | Piciformes | Picidae | Dendrocopos leucotos | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Great Spotted Woodpecker | Piciformes | Picidae | Dendrocopos major | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Keel-billed Toucan | Piciformes | Ramphastidae | Ramphastos sulfuratus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Toco Toucan | Piciformes | Ramphastidae | Ramphastos toco | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Scopoli's Shearwater | Procellariiformes |
Procellariidae | Calonectris diomedea | CHD1F/CHD1R | Visalli et al. (2023). Size-assortative mating in a long-lived monogamous seabird. Journal of Ornithology, 164(3), 659-667. |
| Snowy Albatross | Procellariiformes | Diomedeidae | Diomedea exulans | 2550F/2718R | Jouventin et al. (2007). Extra‐pair paternity in the strongly monogamous Wandering Albatross Diomedea exulans has no apparent benefits for females. Ibis, 149(1), 67-78. |
| Laysan Albatross | Procellariiformes | Diomedeidae | Phoebastria immutabilis | 2550F/2718R | Hernández Montoya et al. (2019). Sexual dimorphism and foraging trips of the Laysan Albatross (Phoebastria immutabilis) on Guadalupe Island. Animals, 9(6), 364. |
| Black-Footed Albatross | Procellariiformes | Diomedeidae | Phoeobastria nigripes | 2550F/2718R | Huynh et al. (2023). Whole-genome analyses reveal past population fluctuations and low genetic diversities of the North Pacific albatrosses. Molecular Biology and Evolution, 40(7), msad155. |
| Laysan Albatross | Procellariiformes | Diomedeidae | Phoeobastria immutabilis | 2550F/2718R | Huynh et al. (2023). Whole-genome analyses reveal past population fluctuations and low genetic diversities of the North Pacific albatrosses. Molecular Biology and Evolution, 40(7), msad155. |
| Waved Albatross | Procellariiformes | Diomedeidae | Phoeobastria irrorata | 2550F/2718R | Huynh et al. (2023). Whole-genome analyses reveal past population fluctuations and low genetic diversities of the North Pacific albatrosses. Molecular Biology and Evolution, 40(7), msad155. |
| Short Tailed Albatross | Procellariiformes | Diomedeidae | Phoeobastria albatrus | 2550F/2718R | Huynh et al. (2023). Whole-genome analyses reveal past population fluctuations and low genetic diversities of the North Pacific albatrosses. Molecular Biology and Evolution, 40(7), msad155. |
| White Cockatoo | Psittaciformes | Cacatuidae | Cacatua alba | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Solomons Corella | Psittaciformes | Cacatuidae | Cacatua ducorpsii | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Sulphur-crested Cockatoo | Psittaciformes | Cacatuidae | Cacatua galerita | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Tanimbar Corella | Psittaciformes | Cacatuidae | Cacatua goffiniana | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Pink Cockatoo | Psittaciformes | Cacatuidae | Cacatua leadbeateri | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Salmon-crested Cockatoo | Psittaciformes | Cacatuidae | Cacatua moluccensis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Salmon-crested Cockatoo | Psittaciformes | Cacatuidae | Cacatua moluccensis | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Salmon-crested Cockatoo | Psittaciformes | Cacatuidae | Cacatua moluccensis | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Yellow-crested Cockatoo | Psittaciformes | Cacatuidae | Cacatua sulphurea | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red-tailed Black-cockatoo | Psittaciformes | Cacatuidae | Calyptorhynchus banksii | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Galah | Psittaciformes | Cacatuidae | Eolophus roseicapilla | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Cockatiel | Psittaciformes | Cacatuidae | Nymphicus hollandicus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Cockatiel | Psittaciformes | Cacatuidae | Nymphicus hollandicus | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Palm Cockatoo | Psittaciformes | Cacatuidae | Probosciger aterrimus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Palm Cockatoo | Psittaciformes | Cacatuidae | Probosciger aterrimus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Fischer's Lovebird | Psittaciformes | Psittacidae | Agapornis fischeri | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Nyasa Lovebird | Psittaciformes | Psittacidae | Agapornis lilianae | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-collared Lovebird | Psittaciformes | Psittacidae | Agapornis personatus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Rosy-faced Lovebird | Psittaciformes | Psittacidae | Agapornis roseicollis | 2550F/2718R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Rosy-faced Lovebird | Psittaciformes | Psittacidae | Agapornis roseicollis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Black-winged Lovebird | Psittaciformes | Psittacidae | Agapornis taranta | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-faced Parrot | Psittaciformes | Psittacidae | Alipiopsitta xanthops | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Turquoise-fronted Amazon | Psittaciformes | Psittacidae | Amazona aestiva | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Turquoise-fronted Amazon | Psittaciformes | Psittacidae | Amazona aestiva | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Turquoise-fronted Amazon | Psittaciformes | Psittacidae | Amazona aestiva | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Black-billed Amazon | Psittaciformes | Psittacidae | Amazona agilis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| White-fronted Amazon | Psittaciformes | Psittacidae | Amazona albifrons | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Orange-winged Amazon | Psittaciformes | Psittacidae | Amazona amazonica | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-naped Amazon | Psittaciformes | Psittacidae | Amazona auropalliata | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-naped Amazon | Psittaciformes | Psittacidae | Amazona auropalliata | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Red-lored Amazon | Psittaciformes | Psittacidae | Amazona autumnalis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-shouldered Amazon | Psittaciformes | Psittacidae | Amazona barbadensis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-shouldered Amazon | Psittaciformes | Psittacidae | Amazona barbadensis | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Red-tailed Amazon | Psittaciformes | Psittacidae | Amazona brasiliensis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-billed Amazon | Psittaciformes | Psittacidae | Amazona collaria | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Blue-cheeked Amazon | Psittaciformes | Psittacidae | Amazona dufresniana | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Southern Mealy Amazon | Psittaciformes | Psittacidae | Amazona farinosa | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Southern Festive Amazon | Psittaciformes | Psittacidae | Amazona festiva | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Lilac-crowned Amazon | Psittaciformes | Psittacidae | Amazona finschi | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Lilac-crowned Amazon | Psittaciformes | Psittacidae | Amazona finschi | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Northern Mealy Amazon | Psittaciformes | Psittacidae | Amazona guatemalae | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Saint Vincent Amazon | Psittaciformes | Psittacidae | Amazona guildingii | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Cuban Amazon | Psittaciformes | Psittacidae | Amazona leucocephala | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-crowned Amazon | Psittaciformes | Psittacidae | Amazona ochrocephala | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-headed Amazon | Psittaciformes | Psittacidae | Amazona oratrix | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-headed Amazon | Psittaciformes | Psittacidae | Amazona oratrix | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Red-spectacled Amazon | Psittaciformes | Psittacidae | Amazona pretrei | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red-browed Amazon | Psittaciformes | Psittacidae | Amazona rhodocorytha | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Tucuman Amazon | Psittaciformes | Psittacidae | Amazona tucumana | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Saint Lucia Amazon | Psittaciformes | Psittacidae | Amazona versicolor | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Vinaceous-breasted Amazon | Psittaciformes | Psittacidae | Amazona vinacea | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red-crowned Amazon | Psittaciformes | Psittacidae | Amazona viridigenalis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-lored Amazon | Psittaciformes | Psittacidae | Amazona xantholora | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Blue-and-yellow Macaw | Psittaciformes | Psittacidae | Ara ararauna | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Blue-and-yellow Macaw | Psittaciformes | Psittacidae | Ara ararauna | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Red-and-green Macaw | Psittaciformes | Psittacidae | Ara chloropterus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red-and-green Macaw | Psittaciformes | Psittacidae | Ara chloropterus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Blue-throated Macaw | Psittaciformes | Psittacidae | Ara glaucogularis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Scarlet Macaw | Psittaciformes | Psittacidae | Ara macao | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Military Macaw | Psittaciformes | Psittacidae | Ara militaris | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red-fronted Macaw | Psittaciformes | Psittacidae | Ara rubrogenys | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Chestnut-fronted Macaw | Psittaciformes | Psittacidae | Ara severus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Golden-capped Parakeet | Psittaciformes | Psittacidae | Aratinga auricapillus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Jandaya Parakeet | Psittaciformes | Psittacidae | Aratinga jandaya | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Nanday Parakeet | Psittaciformes | Psittacidae | Aratinga nenday | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Sun Parakeet | Psittaciformes | Psittacidae | Aratinga solstitialis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Dusky-headed Parakeet | Psittaciformes | Psittacidae | Aratinga weddellii | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Barred Parakeet | Psittaciformes | Psittacidae | Bolborhynchus lineola | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Orange-chinned Parakeet | Psittaciformes | Psittacidae | Brotogeris jugularis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Black Lory | Psittaciformes | Psittacidae | Chalcopsitta atra | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Brown Lory | Psittaciformes | Psittacidae | Chalcopsitta duivenbodei | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Burrowing Parrot | Psittaciformes | Psittacidae | Cyanoliseus patagonus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Spix's Macaw | Psittaciformes | Psittacidae | Cyanopsitta spixii | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red-fronted Parakeet | Psittaciformes | Psittacidae | Cyanoramphus novaezelandiae | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red-fan Parrot | Psittaciformes | Psittacidae | Deroptyus accipitrinus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Northern Red-shouldered Macaw | Psittaciformes | Psittacidae | Diopsittaca nobilis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Northern Red-shouldered Macaw | Psittaciformes | Psittacidae | Diopsittaca nobilis | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Austral Parakeet | Psittaciformes | Psittacidae | Enicognathus ferrugineus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Slender-billed Parakeet | Psittaciformes | Psittacidae | Enicognathus leptorhynchus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red Lory | Psittaciformes | Psittacidae | Eos bornea | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Red-and-blue Lory | Psittaciformes | Psittacidae | Eos histrio | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Peach-fronted Parakeet | Psittaciformes | Psittacidae | Eupsittula aurea | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Golden Parakeet | Psittaciformes | Psittacidae | Guaruba guarouba | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Swift Parrot | Psittaciformes | Psittacidae | Lathamus discolor | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Blue-crowned Hanging-parrot | Psittaciformes | Psittacidae | Loriculus galgulus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-bibbed Lory | Psittaciformes | Psittacidae | Lorius chlorocercus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-bibbed Lory | Psittaciformes | Psittacidae | Lorius chlorocercus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Chattering Lory | Psittaciformes | Psittacidae | Lorius garrulus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Black-capped Lory | Psittaciformes | Psittacidae | Lorius lory | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Budgerigar | Psittaciformes | Psittacidae | Melopsittacus undulatus | 2550F/2718R | Çakmak et al.(2017). Comparison of three different primer sets for sexing birds. Journal of Veterinary Diagnostic Investigation, 29(1), 59-63. |
| Budgerigar | Psittaciformes | Psittacidae | Melopsittacus undulatus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Bourke's Parrot | Psittaciformes | Psittacidae | Neopsephotus bourkii | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Black-headed Parrot | Psittaciformes | Psittacidae | Pionites melanocephalus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Black-headed Parrot | Psittaciformes | Psittacidae | Pionites melanocephalus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Pileated Parrot | Psittaciformes | Psittacidae | Pionopsitta pileata | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Bronze-winged Parrot | Psittaciformes | Psittacidae | Pionus chalcopterus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Scaly-headed Parrot | Psittaciformes | Psittacidae | Pionus maximiliani | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Blue-headed Parrot | Psittaciformes | Psittacidae | Pionus menstruus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| White-crowned Parrot | Psittaciformes | Psittacidae | Pionus senilis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Pale-headed Rosella | Psittaciformes | Psittacidae | Platycercus adscitus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Eastern Rosella | Psittaciformes | Psittacidae | Platycercus eximius | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Brown-necked Parrot | Psittaciformes | Psittacidae | Poicephalus fuscicollis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red-fronted Parrot | Psittaciformes | Psittacidae | Poicephalus gulielmi | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Brown Parrot | Psittaciformes | Psittacidae | Poicephalus meyeri | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Senegal Parrot | Psittaciformes | Psittacidae | Poicephalus senegalus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Yellow-collared Macaw | Psittaciformes | Psittacidae | Primolius auricollis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Blue-headed Macaw | Psittaciformes | Psittacidae | Primolius couloni | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Blue-winged Macaw | Psittaciformes | Psittacidae | Primolius maracana | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Red-rumped Parrot | Psittaciformes | Psittacidae | Psephotus haematonotus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Grey-hooded Parakeet | Psittaciformes | Psittacidae | Psilopsiagon aymara | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Blue-crowned Parakeet | Psittaciformes | Psittacidae | Psittacara acuticaudatus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Blue-crowned Parakeet | Psittaciformes | Psittacidae | Psittacara acuticaudatus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Socorro Parakeet | Psittaciformes | Psittacidae | Psittacara brevipes | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Crimson-fronted Parakeet | Psittaciformes | Psittacidae | Psittacara finschi | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Mitred Parakeet | Psittaciformes | Psittacidae | Psittacara mitratus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Scarlet-fronted Parakeet | Psittaciformes | Psittacidae | Psittacara wagleri | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Grey Parrot | Psittaciformes | Psittacidae | Psittacus erithacus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Grey Parrot | Psittaciformes | Psittacidae | Psittacus erithacus | 2550F/2718R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Grey Parrot | Psittaciformes | Psittacidae | Psittacus erithacus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Red-capped Parrot | Psittaciformes | Psittacidae | Purpureicephalus spurius | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Maroon-bellied Parakeet | Psittaciformes | Psittacidae | Pyrrhura frontalis | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Maroon-bellied Parakeet | Psittaciformes | Psittacidae | Pyrrhura frontalis | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Green-cheeked Parakeet | Psittaciformes | Psittacidae | Pyrrhura molinae | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Green-cheeked Parakeet | Psittaciformes | Psittacidae | Pyrrhura molinae | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Crimson-bellied Parakeet | Psittaciformes | Psittacidae | Pyrrhura perlata | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Painted Parakeet | Psittaciformes | Psittacidae | Pyrrhura picta | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Rose-headed Parakeet | Psittaciformes | Psittacidae | Pyrrhura rhodocephala | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Rose-fronted Parakeet | Psittaciformes | Psittacidae | Pyrrhura roseifrons | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Black-capped Parakeet | Psittaciformes | Psittacidae | Pyrrhura rupicola | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Olive-headed Lorikeet | Psittaciformes | Psittacidae | Trichoglossus euteles | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Coconut Lorikeet | Psittaciformes | Psittacidae | Trichoglossus haematodus | 2550F/2718R | Kroczak et al. (2021). New Bird sexing strategy developed in the order Psittaciformes involves multiple markers to avoid sex misidentification: Debunked myth of the Universal DNA marker. Genes, 12(6), 878. |
| Budgerigar | Psittaciformes | Psittacidae | Melopsittacus undulatus | CHD1LF/CHD1LR | Fitriana et al. (2023). Evaluation of primers targeting chromo helicase DNA-binding gene (CHD) for molecular sexing identification in four bird families. Livestock and Animal Research, 21(1), 14-20. |
| King Penguin | Sphenisciformes | Spheniscidae | Aptenodytes patagonicus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| King Penguin | Sphenisciformes | Spheniscidae | Aptenodytes patagonicus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| African Penguin | Sphenisciformes | Spheniscidae | Spheniscus demersus | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| African Penguin | Sphenisciformes | Spheniscidae | Spheniscus demersus | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| African Penguin | Sphenisciformes | Spheniscidae | Spheniscus demersus | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Boreal Owl | Strigiformes | Strigidae | Aegolius funereus | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Long-eared Owl | Strigiformes | Strigidae | Asio otus | CHD1F/CHD1R | Davitkov et al. (2021). Potential of inter-and intra-species variability of CHD1 gene in birds as a forensic tool. Acta Veterinaria-Beograd, 71(2), 147-157. |
| Eurasian Eagle-owl | Strigiformes | Strigidae | Bubo bubo | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Tawny Fish-owl | Strigiformes | Strigidae | Ketupa flavipes | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Brown Boobook | Strigiformes | Strigidae | Ninox scutulata | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Collared Scops-owl | Strigiformes | Strigidae | Otus lettia | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Collared Scops-owl | Strigiformes | Strigidae | Otus lettia | CHD1F/CHD1R | Lee et al. (2010). A novel strategy for avian species and gender identification using the CHD gene. Molecular and cellular probes, 24(1), 27-31. |
| Eurasian Scops-owl | Strigiformes | Strigidae | Otus scops | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Brown Wood-owl | Strigiformes | Strigidae | Strix leptogrammica | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |
| Great Grey Owl | Strigiformes | Strigidae | Strix nebulosa | CHD1F/CHD1R | Fridolfsson & Ellegren (1999). A simple and universal method for molecular sexing of non-ratite birds. Journal of avian biology, 116-121. |
| Eurasian Pygmy Owls | Strigiformes | Strigidae | Glaucidium passerinum | CHD1F/CHD1R | Stehlíková et al. (2024). Comparison of three primer pairs for molecular sex determination in Eurasian pygmy owls (Glaucidium passerinum). Scientific Reports, 14(1), 16397. |
| Common Ostrich | Struthioniformes | Struthionidae | Struthio camelus | P0/P2/P8 | Han et al. (2009). A simple and improved DNA test for avian sex determination. The Auk, 126(4), 779-783. |
| Great Cormorant | Suliformes | Phalacrocoracidae | Phalacrocorax carbo | 2550F/2718R, CHD1F/CHD1R | Liu et al. (2024). Sex identification of birds in Taipei Zoo. Zoo Biology, 43(3), 268-275. |