The smallest distance was between DSP Sub1 and Sub2 and the
largest between populations LKY and the subpopulation Sub3
of DSP. For the SRAP analysis, pairwise D values were from 0.041
(DSP Sub4 and Sub5) to 0.122 (populations LKY and DSP Sub1). The
UPGMA dendrogram (Fig. 2a) based on pairwise genetic distances
with the ISSR indicates that the tree is composed of two main
branches, one clustered around the five subpopulations of DSP and
the other contains the remaining five populations. However, the Nei's
standard genetic distance for ISSR and SRAP are measured in different
scales and relationship among all populations demonstrated by ISSR
markers is much closer than by SRAP markers. The ISSR Fig. 2a shows
that Liziping (LZP) and Nanchongkou (NCK) were grouped with SJY,
HY, and LKY, but subpopulations of DSP were clustered firstly as Sub1
and Sub2, Sub4 and Sub5, and then with Sub3 together. Meanwhile,
the SRAP Fig. 2b shows that the tree is formed by four main branches.
The first branch consists of populations LKY and LZP, the second
of NCK, SJY and HY, the third branch grouped the three DSP
subpopulations Sub1 and Sub2, and the fourth branch consists of
Sub3, Sub4 and Sub5. The analytical results of ISSR and SRAP systems
showed a close relationship between populations LKY and LZP.
Comparing tree a with tree b, the cluster trend of both trees is similar,
but the greatest differentiation consists in the fact that Nei's standard
genetic distance in tree b shows a closer relationship of all the
populations than in tree a.
The smallest distance was between DSP Sub1 and Sub2 and the
largest between populations LKY and the subpopulation Sub3
of DSP. For the SRAP analysis, pairwise D values were from 0.041
(DSP Sub4 and Sub5) to 0.122 (populations LKY and DSP Sub1). The
UPGMA dendrogram (Fig. 2a) based on pairwise genetic distances
with the ISSR indicates that the tree is composed of two main
branches, one clustered around the five subpopulations of DSP and
the other contains the remaining five populations. However, the Nei's
standard genetic distance for ISSR and SRAP are measured in different
scales and relationship among all populations demonstrated by ISSR
markers is much closer than by SRAP markers. The ISSR Fig. 2a shows
that Liziping (LZP) and Nanchongkou (NCK) were grouped with SJY,
HY, and LKY, but subpopulations of DSP were clustered firstly as Sub1
and Sub2, Sub4 and Sub5, and then with Sub3 together. Meanwhile,
the SRAP Fig. 2b shows that the tree is formed by four main branches.
The first branch consists of populations LKY and LZP, the second
of NCK, SJY and HY, the third branch grouped the three DSP
subpopulations Sub1 and Sub2, and the fourth branch consists of
Sub3, Sub4 and Sub5. The analytical results of ISSR and SRAP systems
showed a close relationship between populations LKY and LZP.
Comparing tree a with tree b, the cluster trend of both trees is similar,
but the greatest differentiation consists in the fact that Nei's standard
genetic distance in tree b shows a closer relationship of all the
populations than in tree a.
การแปล กรุณารอสักครู่..
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The smallest distance was between DSP Sub1 and Sub2 and the
largest between populations LKY and the subpopulation Sub3
of DSP. For the SRAP analysis, pairwise D values were from 0.041
(DSP Sub4 and Sub5) to 0.122 (populations LKY and DSP Sub1). The
UPGMA dendrogram (Fig. 2a) based on pairwise genetic distances
with the ISSR indicates that the tree is composed of two main
branches, one clustered around the five subpopulations of DSP and
the other contains the remaining five populations. However, the Nei's
standard genetic distance for ISSR and SRAP are measured in different
scales and relationship among all populations demonstrated by ISSR
markers is much closer than by SRAP markers. The ISSR Fig. 2a shows
that Liziping (LZP) and Nanchongkou (NCK) were grouped with SJY,
HY, and LKY, but subpopulations of DSP were clustered firstly as Sub1
and Sub2, Sub4 and Sub5, and then with Sub3 together. Meanwhile,
the SRAP Fig. 2b shows that the tree is formed by four main branches.
The first branch consists of populations LKY and LZP, the second
of NCK, SJY and HY, the third branch grouped the three DSP
subpopulations Sub1 and Sub2, and the fourth branch consists of
Sub3, Sub4 and Sub5. The analytical results of ISSR and SRAP systems
showed a close relationship between populations LKY and LZP.
Comparing tree a with tree b, the cluster trend of both trees is similar,
but the greatest differentiation consists in the fact that Nei's standard
genetic distance in tree b shows a closer relationship of all the
populations than in tree a.
การแปล กรุณารอสักครู่..
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The smallest distance was between DSP Sub1 and Sub2 and the
largest between populations LKY and the subpopulation Sub3
of DSP. For the SRAP analysis, pairwise D values were from 0.041
(DSP Sub4 and Sub5) to 0.122 (populations LKY and DSP Sub1). The
UPGMA dendrogram (Fig. 2a) based on pairwise genetic distances
with the ISSR indicates that the tree is composed of two main
branches,หนึ่งกระจุกรอบห้าสองของ DSP และ
อื่น ๆประกอบด้วย เหลืออีก 5 ประชากร แต่ระยะห่างทางพันธุกรรมของ
เนยและมาตรฐาน issr srap ที่วัดในระดับต่างๆ
และความสัมพันธ์ระหว่างประชากรทั้งหมดที่แสดงโดย issr
เครื่องหมายถูกมากใกล้กว่า โดย srap เครื่องหมาย การ issr รูปที่ 2A แสดง
ที่ liziping ( lzp ) และ nanchongkou ( nck ) ถูกจัดกลุ่มกับ sjy
,HY, and LKY, but subpopulations of DSP were clustered firstly as Sub1
and Sub2, Sub4 and Sub5, and then with Sub3 together. Meanwhile,
the SRAP Fig. 2b shows that the tree is formed by four main branches.
The first branch consists of populations LKY and LZP, the second
of NCK, SJY and HY, the third branch grouped the three DSP
subpopulations Sub1 and Sub2, and the fourth branch consists of
Sub3,และ sub4 sub5 . ผลวิเคราะห์ของ issr และระบบ srap
แสดงความสัมพันธ์ระหว่างประชากรและ lky lzp .
เปรียบเทียบต้นไม้กับต้นไม้ B กลุ่มแนวโน้มของทั้งสองต้นคือที่คล้ายกัน แต่แตกต่างที่ยิ่งใหญ่
ประกอบด้วยในที่เนยเป็นระยะทางพันธุกรรมมาตรฐาน
ใน ทรีบี แสดงให้เห็นถึงความสัมพันธ์ที่ใกล้ชิดของประชากรทั้งหมด
กว่าต้นไม้ .
การแปล กรุณารอสักครู่..
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