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Table 3 Mutations in Glyma20g25000 detected by high resolution melting analysis

From: Construction of a high-density mutant library in soybean and development of a mutant retrieval method using amplicon sequencing

Line name

Target region

Amplicon size (bp)*

Base change

Mode of mutation

Chromosome

Position (bp)

Amino acid substitution

EnT-0541

Ln ex1

332

G > A

hetero

Gm20

34688627

Met1Ile

EnT-0685

Ln ex1

332

C > T

hetero

Gm20

34688652

Leu10Phe

EnT-1168

Ln ex1

332

G > A

homo**

Gm20

34688672

Syn

EnT-0112

Ln ex1

332

G > A

homo**

Gm20

34688682a

Asp20Asn

EnT-0044

Ln ex1

332

G > A

hetero

Gm20

34688682a

Asp20Asn

EnT-1589

Ln ex1

332

G > A

hetero

Gm20

34688682a

Asp20Asn

EnT-1376

Ln ex1

332

G > A

hetero

Gm20

34688686b

Gly21Asp

EnT-0621

Ln ex1

332

G > A

hetero

Gm20

34688686b

Gly21Asp

EnT-1048

Ln ex1

332

C > T

homo**

Gm20

34688696c

Syn

EnT-1306

Ln ex1

332

C > T

homo**

Gm20

34688696c

Syn

EnT-0987

Ln ex1

332

C > T

homo**

Gm20

34688713

Ser30Phe

EnT-0160

Ln ex1

332

C > T

hetero

Gm20

34688719

Ser32Phe

EnT-0634

Ln ex2

231

G > A

homo**

Gm20

34689275d

Gly40Ser

EnT-0749

Ln ex2

231

G > A

homo**

Gm20

34689275d

Gly40Ser

EnT-0439

Ln ex2

231

C > T

hetero

Gm20

34689313

Syn

EnT-1084

Ln ex2

231

G > A

hetero

Gm20

34689360

Gly68Glu

EnT-1281

Ln ex3

114

C > T

hetero

Gm20

34689704

Ala102Val

EnT-1312

Ln ex3

114

A > T

hetero

Gm20

34689710

His104Leu

EnT-0601

Ln ex4

467

G > A

homo**

Gm20

34690049

Syn

EnT-0155

Ln ex4

467

G > A

hetero

Gm20

34690058

Syn

EnT-0687

Ln ex4

467

C > T

homo**

Gm20

34690175e

Syn

EnT-0862

Ln ex4

467

C > T

homo**

Gm20

34690175e

Syn

EnT-1619

Ln ex4

467

G > A

hetero

Gm20

34690246

Gly213Asp

EnT-1265

Ln ex4

467

C > T

homo**

Gm20

34690247f

Syn

EnT-0510

Ln ex4

467

C > T

hetero***

Gm20

34690247f

Syn

EnT-0383

Ln ex4

467

C > T

hetero

Gm20

34690247f

Syn

  1. *The amplicon size does not include primer sequences
  2. **Base changes in a homozygous state probably occurred in M1 plants
  3. ***Base changes in a heterozygous state are probably derived from the same M1 plants as those labeled with **
  4. Syn indicates synonymous site at which a base substitution does not cause an amino acid substitution
  5. Superscripts a to f indicate that the mutation was duplicated in plants labeled with the same letter