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	ACCESSION	PLANT NAME	TAXONOMY	ORIGIN	GENEBANK	AVAILABILITY	RECEIVED	SOURCE TYPE	SOURCE DATE	IMPROVEMENT LEVEL	NARRATIVE
0	PI 629289	N54	Melilotus albus Medik.	Nebraska, United States	NC7		2002	DEVELOPED		Genetic material	Genetic line with the eeGG genotype that is homozygous for susceptibility to stem canker (or gooseneck) disease (Ascochyta caulicola). Two pairs of interacting genes, E/e and G/g, affect the reaction of sweetclover plants to this disease. The dominant gene for susceptibility, G, is effective only when the epistatic gene E is not present. Also has the CuCubb genotype for coumarin content. Seed should be scarified before planting.	1633272	PI 629289
1	PI 629290	N55	Melilotus albus Medik.	Nebraska, United States	NC7		2002	DEVELOPED		Genetic material	Genetic line with the EEGG genotype that is homozygous for resistance to stem canker (or gooseneck) disease (Ascochyta caulicola). Two pairs of interacting genes, E/e and G/g affect the reaction of sweetclover plants to this disease. The dominant gene for susceptibility, G, is effective only when the epistatic gene E is not present. Also has the CuCubb genotype for coumarin content. Seed should be scarified before planting.	1633273	PI 629290
2	PI 557503	N46	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	N46 (cucubb genotype) small, annual autogamous form of white-flowered sweetclover that is low in coumarin content and low in B-glucosidase activity. Cucu alleles govern coumarin content. B/b alleles govern B-glucosidase activity in sweetclover. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.	1452475	PI 557503
3	PI 557504	N47	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	N47 (cucuBB genotype) small, annual autogamous form of white-flowered sweetclover that is low in coumarin and high in B-glucosidase activity. Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity in sweetclover. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.	1452476	PI 557504
4	PI 557505	N48	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	N48 (CuCubb genotype) small, annual autogamous form of white-flowered sweetclover that is high in coumarin and low in B-glucosidase activity. Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity in sweetclover. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.	1452477	PI 557505
5	PI 557506	N49	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	N49 (CuCuBB genotype) small, annual autogamous form of white-flowered sweetclover that is high in coumarin and high in B-glucosidase activity. Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity in sweetclover. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.	1452478	PI 557506
6	PI 557507	N50	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	N50 (YYCC genotype) medium yellow seed and red seedling stem. Seed color in sweetclover is determined by combined effects of the presence or absence of green pigmentation in embryo and seed coat, controlled by Y/y alleles and of brown pigmentation in seed coat, conditioned by C/c alleles. The C/c alleles also control red vs. green seedling stem color. Seed should be scarified before planting. One of a set of 4 lines differing in seed color that represent all possible homozygous combinations of 2 allelic pairs, Y/y and C/c.	1452479	PI 557507
7	PI 557508	N51	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	N51 (YYcc genotype) light yellow seed and green seedling stem. Seed color in sweetclover is determined by combined effects of the presence or absence of green pigmentation in embryo and seed coat, controlled by Y/y alleles and of brown pigmentation in seed coat, conditioned by C/c alleles. The C/c alleles also control red vs. green seedling stem color. Seed should be scarified before planting. One of a set of 4 lines differing in seed color that represent all possible homozygous combinations of 2 allelic pairs, Y/y and C/c.	1452480	PI 557508
8	PI 557509	N52	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	N52 (yyCC genotype) dark green seed and red seedling stem. Seed color in sweetclover is determined by combined effects of the presence or absence of green pigmentation in embryo and seed coat, controlled by Y/y alleles and of brown pigmentation in seed coat, conditioned by C/c alleles. The C/c alleles also control red vs. green seedling stem color. Seed should be scarified before planting. One of a set of 4 lines differing in seed color that represent all possible homozygous combinations of 2 allelic pairs, Y/y and C/c.	1452481	PI 557509
9	PI 557510	N53	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	N53 (yycc genotype) silver green seed and green seedling stem. Seed color in sweetclover is determined by combined effects of the presence or absence of green pigmentation in embryo and seed coat, controlled by Y/y alleles and of brown pigmentation in seed coat, conditioned by C/c alleles. The C/c alleles also control red vs. green seedling stem color. Seed should be scarified before planting. One of a set of 4 lines differing in seed color that represent all possible homozygous combinations of 2 allelic pairs, Y/y and C/c.	1452482	PI 557510
10	PI 557511	N741	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	N741 (cucubb genotype) biennial form of white-flowered sweetclover low in coumarin content and low in B-glucosidase activity. The Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.	1452483	PI 557511
11	PI 557512	N743	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	N743 (cucuBB genotype) biennial form of white-flowered sweetclover low in coumarin content and high in B-glucosidase activity. The Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.	1452484	PI 557512
12	PI 557513	N745	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	N745 (CuCubb genotype) biennial form of white-flowered sweetclover high in coumarin content and low in B-glucosidase activity. The Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.	1452485	PI 557513
13	PI 557514	N747	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	N747 (CuCuBB genotype) biennial form of white-flowered sweetclover high in coumarin content and high in B-glucosidase activity. The Cu/cu alleles govern coumarin content and the B/b alleles govern B-glucosidase activity. Seed should be scarified before planting. One of a set of 4 lines differing in coumarin content and B-glucosidase activity that represent all possible homozygous combinations of 2 allelic pairs, Cu/cu and B/b.	1452486	PI 557514
14	PI 557515	U362	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	Plants homozygous for the f (folded leaflet) gene, which is inherited as a simple recessive. Typical leaflets folded on the adaxial side from the tip to about half the length of the leaflet. Seed should be scarified before planting.	1452487	PI 557515
15	PI 557516	U363	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	Plants homozygous for the el (elongated stem) gene, which is inherited as a simple recessive. Plants have longer than normal internodes, especially at the seedling stage, and branching and leaf production are markedly reduced. Seed should be scarified before planting.	1452488	PI 557516
16	PI 557517	U367	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	Plants homozygous for the dsp (short-petiole dwarf) gene, which is inherited as a simple recessive. Plants are much shorter than normal. Leaves are attached to stem by very short petioles. Seed should be scarified before planting.	1452489	PI 557517
17	PI 557518	U369	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for the ch8 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents, but their chlorophyll a/b ratio is about that of normal leaves. Work on U369 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.	1452490	PI 557518
18	PI 557519	U370	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for the ch9 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents and elevated chlorophyll a/b ratios. Seed should be scarified before planting.	1452491	PI 557519
19	PI 557520	U371	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for the ch10 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents and elevated chlorophyll a/b ratios. Work on U371 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.	1452492	PI 557520
20	PI 557521	U372	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for the ch11 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents and elevated chlorophyll a/b ratios. Work on U372 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.	1452493	PI 557521
21	PI 557522	U373	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for the ch12 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced chlorophyll contents and somewhat reduced chlorophyll a/b ratios. Work on U373 has been reported in Biochem. Gen. 38:31. 1990. Seed should be scarified before planting.	1452494	PI 557522
22	PI 557523	U374	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for the ch5 chlorophyll deficiency gene, which is inherited as a simple recessive. Leaves have reduced levels of total chlorophyll and appear to have no chlorophyll b. Work on U374 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.	1452495	PI 557523
23	PI 557524	U389	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	Plants small, annual, white-flowered, and autogamous. Chamber-grown plants attain height of 35-50cm and produce ripe seed within about 8 weeks after planting. Numerous mutants isolated following treatment of U389 seed with ethyl methanesulfonate. Seed should be scarified before planting.	1452496	PI 557524
24	PI 557525	U390	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	Plants homozygous for dw (short-internode dwarf) gene, which is inherited as a simple recessive. Plants have about same number of nodes as their normal counterpart (line U389), but do not branch. Attain height of only 5-10cm compared to 35-50cm for U389 plants. Seed should be scarified before planting.	1452497	PI 557525
25	PI 557526	U391	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	Plants homozygous for Mf (multifoliate leaf) gene, which is inherited as dominant. Leaves on single plant may have one to six leaflets rather than the normal three. Seed should be scarified before planting.	1452498	PI 557526
26	PI 557527	U392	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	Plants homozygous for cl (curled leaf) gene, which is inherited as simple recessive. Plants characterized by curled leaflets and twisted or curved stems, petioles, and flower parts. Seed should be scarified before planting.	1452499	PI 557527
27	PI 557528	U393	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	Plants homozygous for cb (cotyledonary branching) gene, which is inherited as simple recessive. A single branch develops in axil of each cotyledon, followed by development of branches from higher leaf axils. Seed should be scarified before planting.	1452500	PI 557528
28	PI 557529	U394	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for ch4 chlorophyll deficiency gene, which is inherited as simple recessive. Leaves have reduced chlorophyll contents and strongly elevated chlorophyll a/b ratios. Work on U394 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.	1452501	PI 557529
29	PI 557530	U396	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for ch6 chlorophyll deficiency gene, which is inherited as simple recessive. Leaves have reduced chlorophyll contents and slightly elevated chlorophyll a/b ratios. Work on U396 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.	1452502	PI 557530
30	PI 557531	U397	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for ch7 chlorophyll deficiency gene, which is inherited as simple recessive. Leaves have reduced chlorophyll contents with little or no alteration in the chlorophyll a/b ratio. Work on U397 has been reported in Biochem. Gen. 38:31. 1990. Seed should be scarified before planting.	1452503	PI 557531
31	PI 557532	U398	Melilotus albus Medik.	Nebraska, United States	NC7	Not Available	1991	DONATED	11/07/1991	Genetic material	Plants homozygous for ch5 chlorophyll deficiency gene and chv dark leaf venation gene; ch5 and chv are both simple recessives. Leaves have reduced levels of total chlorophyll, no chlorophyll b, and dark veins. Work on U398 has been reported in Biochem. Gen. 28:31. 1990. Seed should be scarified before planting.	1452504	PI 557532
32	PI 557533	U500	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	11/07/1991	Genetic material	Plants homozygous for ch5 chlorophyll deficiency gene and dw short-internode dwarf gene. Both mutations were isolated following treatment of U389 sweetclover seed with ethyl methanesulfonate. Seed should be scarified before planting.	1452505	PI 557533
33	PI 549120	N30	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DEVELOPED	10/01/2005	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N30 (yycccucubb) genotype has silver green seed, is low in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.	1444056	PI 549120
34	PI 549121	N31	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N31 (yycccucuBB) genotype has silver green seed, is low in coumarin content and high in Beta-glucosidase activity. Seed should be scarified before planting.	1444057	PI 549121
35	PI 549122	N32	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N32 (yyccCuCubb) genotype has silver green seed, is high in coumarin content and low in Beta-glucosidase activity. Seed should be scarified before planting.	1444058	PI 549122
36	PI 549123	N33	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N33 (yyccCuCuBB) genotype has silver green seed, is high in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.	1444059	PI 549123
37	PI 549124	N34	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N34 (yyCCcucubb) genotype has dark green seed, is low in coumarin and and Beta-glucosidase activity. Seed should be scarified before planting.	1444060	PI 549124
38	PI 549125	N35	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N35 (yyCCcucuBB) genotype has dark green seed, is low in coumarin and high in Beta-glucosidase activity. Seed should be scarified before planting.	1444061	PI 549125
39	PI 549126	N36	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N36 (yyCCCuCubb) genotype has dark green seed, high in coumarin content and low in Beta-glucosidase activity. Seed should be scarified before planting.	1444062	PI 549126
40	PI 549127	N37	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N37 (yyCCCuCuBB) genotype has dark green seed, high in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.	1444063	PI 549127
41	PI 549128	N38	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N38 (YYcccucubb) genotype has light yellow seed, low in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.	1444064	PI 549128
42	PI 549129	N39	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N39 (YYcccucuBB) genotype has light yellow seed, low in coumarin content and high in Beta-glucosidase activity. Seed should be scarified before planting.	1444065	PI 549129
43	PI 549130	N40	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N40 (YYccCuCubb) genotype has light yellow seed, high in coumarin content and low in Beta-glucosidase activity. Seed should be scarified before planting.	1444066	PI 549130
44	PI 549131	N41	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N41 (YYccCuCuBB) genotype has light yellow seed, high in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.	1444067	PI 549131
45	PI 549132	N42	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N42 (YYCCcucubb) genotype has medium yellow seed, low in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.	1444068	PI 549132
46	PI 549133	N43	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N43 (YYCCcucuBB) genotype has medium yellow seed, low in coumarin content and high in Beta-glucosidase activity. Seed should be scarified before planting.	1444069	PI 549133
47	PI 549134	N44	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N44 (YYCCCuCubb) genotype has medium yellow seed, high in coumarin content and low in Beta-glucosidase activity. Seed should be scarified before planting.	1444070	PI 549134
48	PI 549135	N45	Melilotus albus Medik.	Nebraska, United States	NC7		1991	DONATED	03/01/1991	Genetic material	Y/y and C/c alleles govern seed color, Cu/cu alleles govern coumarin content, B/b alleles govern Beta-glucosidase activity in sweet clover. N45 (YYCCCuCuBB) genotype has medium yellow seed, high in coumarin content and Beta-glucosidase activity. Seed should be scarified before planting.	1444071	PI 549135

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