polymorphic, for which the P value

polymorphic, for which the P value was 88.0%. The number of bands
ranged from27 for em4–me1 to 55 for em5–me5 per SRAP primer pair.
Comparing the values of P, Ae and H between the ISSR and
SRAP marker systems on a population level and T-tested through
SPSS Statistic Version 21, population Luokuangyan (LKY) showed
significantly low variation within the population (P b 0.05). Based
only on the H value, populations Shuangjianya (SJY) and Hongyan
(HY) also showed a slightly lower genetic diversity. Within population
DSP, the ISSR system indicated that Sub1 has the smallest values for P,
Ae and H, which infers a relatively low genetic variation in Sub1. Sub4
with the highest value for P and Ae and Sub5 with the highest H
denote a higher genetic diversity in these two subpopulations. The
SRAP marker system shows that Sub3 has the highest diversity with
maximum P, Ae and H values, with Sub4 the smallest values for P and
Ae. Sub1 with the smallest H value, infers low diversity in these two
populations (Table 3).

ผลลัพธ์ (ไทย) 3:

polymorphic, for which the P value was 88.0%. The number of bands
ranged from27 for em4–me1 to 55 for em5–me5 per SRAP primer pair.
Comparing the values of P, Ae and H between the ISSR and
SRAP marker systems on a population level and T-tested through
SPSS Statistic Version 21, population Luokuangyan (LKY) showed
significantly low variation within the population (P b 0.05). Based
only on the H value, populations Shuangjianya (SJY) and Hongyan
(HY) also showed a slightly lower genetic diversity. Within population
DSP, the ISSR system indicated that Sub1 has the smallest values for P,
Ae and H, which infers a relatively low genetic variation in Sub1. Sub4
with the highest value for P and Ae and Sub5 with the highest H
แสดงถึงระดับความหลากหลายทางพันธุกรรมในแต่ละเหล่านี้สอง . ระบบทำเครื่องหมาย srap
แสดงว่ามีความหลากหลายด้วย
sub3 สูงสุดสูงสุด p , เอและ H ค่า กับ sub4 น้อยที่สุดค่า P
เอ sub1 กับค่า H เล็กน้อย จะพบความหลากหลายน้อยในทั้งสอง
ประชากร ( ตารางที่ 3 )