Alfestes afer
|
48 |
48a |
48 |
Molina et al., 2002Molina WF, Maia-Lima FA and Affonso PRAM (2002) Divergence between karyotypical pattern and speciation events in Serranidae fish (Perciformes). Caryologia 55:299-305.
|
Cephalopholis formosa
|
48 |
2m+46a |
50 |
Pinthong et al., 2013Pinthong K, Gomontean B, Kongim B, Khakhong S, Sriveerachai T and Supiwong W (2013) Cytogenetic comparison and chromosome localization of the nucleolar organizer region of four grouper genera (Pisces, Epinephelinae) from Thailand. Cytologia 78:223-234.; Present study
|
C. fulva
|
48 |
48a |
48 |
Present study |
Centropristis ocyurus
|
48 |
28m+20sm |
96 |
Gonzalez and Figueras, 1990Gonzalez ALD and Figueras AL (1990) Cytogenetic study of Centropristes ocyurus Jordan and Everman (Pisces: Serranide). An Inst Cienc Mar Limnol (Mexico) 17:55-62.
|
C. striata
|
48 |
24m+22sm+2a |
94 |
Merritt and Lacks, 1991Merritt JF and Lacks GD (1991) Karyology of the black sea bass, Centropristis striata. J Elisha Mitchell Sci 107:75-78.
|
Cromileptes altivelis
|
48 |
2sm+ 46a |
50 |
Takai and Ojima, 1995Takai A and Ojima Y (1995) A chromosomal study of a serranid fish, Chromileptes altivelis (Perciformes), using fin cultures. CIS Chrom Inf Serv 59:9-10.
|
Diplectrum eumelum
|
48 |
2m+4sm+42a |
54 |
Aguilar and Galetti, 1997Aguilar CT and Galetti PM (1997) Chromosomal studies in South Atlantic Serranids (Pisces, Perciformes). Cytobios 357:105-114.
|
D. formosum
|
48 |
2m+46a |
50 |
Aguilar and Galetti, 1997Aguilar CT and Galetti PM (1997) Chromosomal studies in South Atlantic Serranids (Pisces, Perciformes). Cytobios 357:105-114.
|
D. radiale
|
48 |
48a |
48 |
Aguilar and Galetti, 1997Aguilar CT and Galetti PM (1997) Chromosomal studies in South Atlantic Serranids (Pisces, Perciformes). Cytobios 357:105-114.
|
Epinephelus adscensionis
|
48 |
48a |
48 |
Molina et al., 2002Molina WF, Maia-Lima FA and Affonso PRAM (2002) Divergence between karyotypical pattern and speciation events in Serranidae fish (Perciformes). Caryologia 55:299-305.; Present study
|
E. akaara
|
48 |
48a |
48 |
Wang et al., 2004Wang YX, Hongdong W, Haifa Z and Yongzhong L (2004) Karyotypes of Epinephelus coioides and Epinephelus akaara. J Zou 24:4-8.
|
E. alexandrinus
|
48 |
48a |
48 |
Martinez et al., 1989Martinez G, Thode G, Alvarez MC and López JR (1989) C-banding and Ag-NOR reveal heterogeneity among karyotypes of serranids (Perciformes). Cytobios 58:53-60.
|
E. awoara
|
48 |
48a |
48 |
Wang et al., 2012Wang SF, Cai Y, Qin YX, Zhou YC, Su YQ and Wang J (2012) Characterization of yellow grouper Epinephelus awoara (Serranidae) karyotype by chromosome bandings and fluorescence in situ hybridization. J Fish Biol 80:866-875.
|
E. bleekeri
|
48 |
48a |
48 |
Cai et al., 2012Cai Y, Zhou Y, Xie R, Xie Z, Feng Y and Wang S (2012) A study on the karyotype, Ag-NORs and C-banding in Epinephelus bleekeri. Journal of Fisheries of China 36:647-651.
|
E. bruneus
|
48 |
2m+4sm+42a |
54 |
Minglan et al., 2014Minglan G, Wang S, Su Y, Zhou Y, Liu M and Wang J (2014) Molecular cytogenetic analyses of Epinephelus bruneus and Epinephelus moara (Perciformes, Epinephelidae). Peer J 2:e412.
|
E. caninus
|
48 |
48a |
48 |
Rodríguez-daga et al. 1993Rodríguez-Daga R, Amores A and Thode G (1993) Karyotype and nucleolus organizer regiones in Epinephelus caninus (Pisces, Serranidae). Caryologia 46:71-76.
|
E. coeruleopunctatus
|
48 |
2sm+ 46a |
48 |
Present study |
E. coioides
|
48 |
48a |
48 |
Wang et al., 2010Wang SF, Su YQ, Ding S, Cai Y and Wang J (2010) Cytogenetic analysis of orange-spotted grouper, Epinephelus coioides, using chromosome banding and fluorescence in situ hybridization. Hydrobiologia 638:1-10.
|
E. diacanthus
|
48 |
2m+46a |
50 |
Natarajan and Subrahmanyam, 1974Natarajan R and Subrahmanyam KA (1974) Karyotype study of some teleosts from portonovo waters. Proc Natl Acad Sci India Sect B Biol Sci 79:173-196.
|
E. erythrurus
|
48 |
48a |
48 |
Pinthong et al., 2015Pinthong K, Maneechot N, Tanomtong A, Supiwong W, Chanaboon T and Jangsuwan N (2015) The first karyological analysis and chromosomal characteristics of NORs of the cloudy grouper, Epinephelus erythrurus (Perciformes, Epinephelinae) in Thailand. Cytologia 80:279-286.; Present study
|
E. fario
|
48 |
4m+6sm+4st+34a |
62 |
Zheng; et al. 2005Zheng L, Liu CW and Li CL (2005) Studies on the karyotype of four groupers. Mar Biol 29:51-55.
|
E. fasciatomaculosus
|
48 |
48a |
48 |
Li and Peng, 1994Li XQ and Peng YD (1994) Studies on karyotype of Epinephelus fasciatomaculosus and Epinephelus fasciatus. JZFC 14:22-26.
|
E. fasciatus
|
48 |
48a |
48 |
Li and Peng, 1994Li XQ and Peng YD (1994) Studies on karyotype of Epinephelus fasciatomaculosus and Epinephelus fasciatus. JZFC 14:22-26.
|
E. faveatus
|
48 |
2sm+46a |
50 |
Magtoon and Donsakul, 2008Magtoon W and Donsakul T (2008) Karyotype of five teleostean fishes from Thailand. In: Proceedings of the 34th Congress on Science and Technology of Thailand, Bangkok, p. BO113.
|
E. flavocaeruleus
|
48 |
48a |
48 |
Tseng and Shih, 2018Tseng MC and Shih KW (2018) Application of karyotype and genetic characterization analyses for hybrid breeding of Epinephelus groupers. Intech open 3:37-51.
|
E. fuscoguttatus
|
48 |
2sm+46a |
50 |
Tseng and Shih, 2018Tseng MC and Shih KW (2018) Application of karyotype and genetic characterization analyses for hybrid breeding of Epinephelus groupers. Intech open 3:37-51.
|
E. guaza
|
48 |
48a |
48 |
Martinez et al., 1989Martinez G, Thode G, Alvarez MC and López JR (1989) C-banding and Ag-NOR reveal heterogeneity among karyotypes of serranids (Perciformes). Cytobios 58:53-60.
|
E. guttatus
|
48 |
48a |
48 |
Medrano et al., 1988Medrano L, Bernardi G, Couturier J and Dutrillaux B (1988) Chromosome banding and genome compartmentalization in fishes. Chromosoma 96:178-183.
|
E. itajara
|
48 |
6sm+42a |
54 |
Present study |
E. lanceolatus
|
48 |
6m+2st+40a |
56 |
Tseng and Shih, 2018Tseng MC and Shih KW (2018) Application of karyotype and genetic characterization analyses for hybrid breeding of Epinephelus groupers. Intech open 3:37-51.
|
E. malabaricus
|
48 |
48a |
48 |
Zou et al., 2005Zou JX, Yu QX and Zhou F (2005) The karyotypes C-bands patterns and Ag-NORs of Epinephelus malabaricus. SCImago 29:33-37.
|
E. marginatus
|
48 |
48a |
48 |
Sola et al., 2000Sola L, Innocentiis S, Gornung E, Papalia S, Rossi AR, Marino G, Marco P and Cataudella S (2000) Cytogenetic analysis of Epinephelus marginatus (Pisces: Serranidae), with the chromosome localization of the 18S and 5S rRNA genes and of the (TTAGGG)(n) telomeric sequence. Mar Biol 137:47-51.
|
E. merra
|
48 |
4m+6sm+4st+34a |
62 |
Zheng et al., 2005Zheng L, Liu CW and Li CL (2005) Studies on the karyotype of four groupers. Mar Biol 29:51-55.
|
E. moara
|
48 |
4sm+44a |
52 |
Minglan et al., 2006Minglan F, Wang J, Su YQ, Wang DX and Xu LN (2006) Study on the karyotype of Epinephelus moara. Mar Sci 8:1-3.
|
E. ongus
|
48 |
48a |
48 |
Rishi and Haobam, 1984Rishi KK and Haobam MS (1984) Karyological analysis of two marine fishes. Perspect. Cytology and Genetics 4:425-428.
|
E. polyphekadion
|
48 |
6sm+42a |
54 |
Tseng and Shih, 2018Tseng MC and Shih KW (2018) Application of karyotype and genetic characterization analyses for hybrid breeding of Epinephelus groupers. Intech open 3:37-51.
|
E. sexfasciatus
|
48 |
2sm+ 46a |
50 |
Chen et al., 1990Chen Y, Rong S, Liu S, Zhang H and Pei M (1990) Analysis of the karyotype of Epinephelus sexfasciatus. J Zhanjiang Fish College 2:62-68.; Present study
|
E. striatus
|
48 |
48a |
48 |
Amorim et al., unpublished data |
E. tauvina
|
48 |
8sm+40a |
56 |
Amorim et al., unpublished data |
E. tukula
|
48 |
2sm+46t |
50 |
Tseng and Shih, 2018Tseng MC and Shih KW (2018) Application of karyotype and genetic characterization analyses for hybrid breeding of Epinephelus groupers. Intech open 3:37-51.
|
Mycteroperca acutirostris
|
48 |
48a |
48 |
Aguilar, 1993Aguilar CT (1993) Estudos citogenéticos em Serranidae (Pisces, Perciformes). M. Sc. Thesis, Universidade Federal do Rio de Janeiro.
|
M. rubra
|
48 |
48a |
48 |
Aguilar and Galetti, 1997Aguilar CT and Galetti PM (1997) Chromosomal studies in South Atlantic Serranids (Pisces, Perciformes). Cytobios 357:105-114.
|
Paracentropristis hepatus
|
48 |
48a |
48 |
Martinez et al., 1989Martinez G, Thode G, Alvarez MC and López JR (1989) C-banding and Ag-NOR reveal heterogeneity among karyotypes of serranids (Perciformes). Cytobios 58:53-60.
|
Paralabrax dewegeri
|
48 |
48a |
48 |
Nirchio et al., 2014Nirchio M, Rossi AR, Foresti F and Oliveira C (2014) Chromosome evolution in fishes: A new challenging proposal from Neotropical species. Neotrop Ichthyol 12:761-770.
|
P. nebulifer
|
48 |
48a |
48 |
Martinez-Brown et al., 2012Martinez-Brown JM, Mendel-Narváez JD, Hernández-Ibarra NK and Ortpiz Galindo JL (2012) Evidencia de la estabilidad cariotípica durante la divergencia evolutiva entre Paralabrax maculatofasciatus y P. nebulifer (Perciformes: serranidae). CICIMAR Oceánides 27:25-34.
|
P. maculatofasciatus
|
48 |
48a |
48 |
Martinez-Brown et al., 2012Martinez-Brown JM, Mendel-Narváez JD, Hernández-Ibarra NK and Ortpiz Galindo JL (2012) Evidencia de la estabilidad cariotípica durante la divergencia evolutiva entre Paralabrax maculatofasciatus y P. nebulifer (Perciformes: serranidae). CICIMAR Oceánides 27:25-34.
|
Plectropomus leopardus
|
48 |
48a |
48 |
Pinthong et al., 2013Pinthong K, Gomontean B, Kongim B, Khakhong S, Sriveerachai T and Supiwong W (2013) Cytogenetic comparison and chromosome localization of the nucleolar organizer region of four grouper genera (Pisces, Epinephelinae) from Thailand. Cytologia 78:223-234.
|
Rypticus saponaceus
|
48 |
48a |
48 |
Present study |
R. randalli
|
48 |
48a |
48 |
Paim et al., 2017Paim FG, Almeida LAH, Affonso PRAM, Sobrinho-Scudeler PE, Oliveira C and Diniz D (2017) Chromosomal stasis in distinct families of marine Percomorpharia from South Atlantic. Comp Cytogenet 11:299-307.
|
Serranus cabrilla
|
48 |
48a |
48 |
Martinez et al., 1989Martinez G, Thode G, Alvarez MC and López JR (1989) C-banding and Ag-NOR reveal heterogeneity among karyotypes of serranids (Perciformes). Cytobios 58:53-60.
|
S. flaviventris
|
48 |
48a |
48 |
Aguilar and Galetti, 1997Aguilar CT and Galetti PM (1997) Chromosomal studies in South Atlantic Serranids (Pisces, Perciformes). Cytobios 357:105-114.
|
S. scriba
|
48 |
48a |
48 |
Martinez et al., 1989Martinez G, Thode G, Alvarez MC and López JR (1989) C-banding and Ag-NOR reveal heterogeneity among karyotypes of serranids (Perciformes). Cytobios 58:53-60.
|