Genetic diversity and differentiation of the rhesus macaque (Macaca mulatta) population in western Sichuan, China, based on the second exon of the major histocompatibility complex class II DQB (MhcMamu-DQB1) alleles

Table 2 Genetic diversity of Mamu-DQB1 within rhesus macaque populations

Population	L	h	π	K	Ho	He	A _R	Fis	M-He	M-Rs
JL	12	0.800	0.07688	20.7564	0.600	0.780	10.275	0.255	0.73	6.27
HY	15	0.891	0.09296	25.1000	0.607	0.875	11.938	0.323	0.72	6.40
DB	8	0.862	0.08600	23.2196	0.786	0.832	8.000	0.092	0.68	5.68
XJ	10	0.807	0.10219	27.5919	0.741	0.792	8.262	0.084	0.70	6.20
HS	7	0.718	0.08387	22.6441	0.833	0.706	5.733	−0.164	0.67	5.27

Notes: L, number of alleles; h, haplotype diversity; π, nucleotide diversity; K: Average number of nucleotide differences; Ho, observed heterozygosities; He, expected heterozygosities; Fis, the inbreeding coefficient; A_R, estimates of allelic richness. M-He is the mean heterozygosity of Microsatellite alleles and M-Rs is the mean allelic number across 30 microsatellite loci per population from Li et al. [25]. JL, Jiulong; HY, Hanyuan; DB, Danba; XJ, Xiaojin; HS, Heishui.

ISSN: 2730-7182