National BioResource Project (NBRP)::KOMUGI -Integrated Wheat Science Database- : Genome / Development

Gene symbol	Class				Synonyms	Chromosomes	Germplasms
Gene symbol	Level1	Level2	Level3	Level4	Synonyms	Chromosomes	Germplasms
Nax1	Response to Salinity	Sodium exclusion				2AL	itv:Tamaroi6/Line 149 = P06306,tv:Line 149 Nax2* = 126775b,dv:AUS 90382 Nax2 = C68.101 {10455} = JIC T. aegilopoides no. 3,ma:Nax1 was mapped as a QTL in the region Xpsr102-2A - 5.4 cM - Xwmc170-2A - 0.9 cM - Xksud22-2A/Xksu16-2A - 0.8 cM - Xgwm312-2A with R² = 0.38 in Tamaroi/Line 149,ma:TmHKT7-A2 was identified as a putative candidate Na⁺ transporter
Nax1	Comment: Nax1 promotes withdrawal of Na⁺ from xylem in leaf bases and roots {10453}.
Nax2	Response to Salinity	Sodium exclusion				5AL	itv:Tamaroi6/Line 149 = P05603,tv:Line 149 Nax1* = 126775b,dv:AUS 90382 Nax1 = C68.101 {10455} = JIC T. aegilopoides no. 3,ma:Co-segregation with Xgwm291-5A/Xgwm140-5A/Xgpw2181-5A,ma:TmHKT1;5-A was identified as a candidate for Nax2
Nax2	Comment: Nax2 is a likely orthologue of Kna1 {10455}.
Ndh-A1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1	Ndh-B1	4AL	v:CS
Ndh-A1	Comment:
Ndh-A1a	Proteins	Enzymes	NADH dehydrogenase	Ndh-1	Ndh-B1a		v:CS
Ndh-A1a	Comment:
Ndh-A1b	Proteins	Enzymes	NADH dehydrogenase	Ndh-1	Ndh-B1b		v:Sutjeska
Ndh-A1b	Comment:
Ndh-A1c	Proteins	Enzymes	NADH dehydrogenase	Ndh-1	Ndh-B1c		v:Fruskogorka
Ndh-A1c	Comment:
Ndh-A1d	Proteins	Enzymes	NADH dehydrogenase	Ndh-1	Ndh-A1b		v:Hope, Timgalen
Ndh-A1d	Comment:
Ndh-A2	Proteins	Enzymes	NADH dehydrogenase	Ndh-2		7A	v:Hope
Ndh-A2	Comment:
Ndh-A3	Proteins	Enzymes	NADH dehydrogenase	Ndh-3		3AL	v:CS
Ndh-A3	Comment:
Ndh-A4	Proteins	Enzymes	NADH dehydrogenase	Ndh-4		3AS	v:CS
Ndh-A4	Comment:
Ndh-B1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1	Ndh-A1	4BS	v:CS
Ndh-B1	Comment:
Ndh-B3	Proteins	Enzymes	NADH dehydrogenase	Ndh-3		3BL	v:CS
Ndh-B3	Comment:
Ndh-B3a	Proteins	Enzymes	NADH dehydrogenase	Ndh-3			v:CS
Ndh-B3a	Comment:
Ndh-B3b	Proteins	Enzymes	NADH dehydrogenase	Ndh-3			v:Carmen
Ndh-B3b	Comment:
Ndh-B4	Proteins	Enzymes	NADH dehydrogenase	Ndh-4		3BS	v:CS
Ndh-B4	Comment:
Ndh-D1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1		4DS	v:CS
Ndh-D1	Comment:
Ndh-D2	Proteins	Enzymes	NADH dehydrogenase	Ndh-2		7DS	v:CS
Ndh-D2	Comment:
Ndh-D3	Proteins	Enzymes	NADH dehydrogenase	Ndh-3		3DL	v:CS
Ndh-D3	Comment: A Ndh locus, designated Nadhd2, was mapped 27 cM from Est-D10 in an Ae. taushii F₂ population derived from VIR-1954/VIR-1345 {10046}. This locus may be homologous to Ndh-D3
Ndh-E1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1		4E	ad:CS/E. elongata
Ndh-E1	Comment:
Ndh-E4	Proteins	Enzymes	NADH dehydrogenase	Ndh-4		3ES	ad:CS/E. elongata
Ndh-E4	Comment:
Ndh-H1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1	Nadhd-1	4H,4HS	ad:CS/Betzes
Ndh-H1	Comment:
Ndh-H3	Proteins	Enzymes	NADH dehydrogenase	Ndh-3		3HL	ad:CS/Betzes
Ndh-H3	Comment:
Ndh-H4	Proteins	Enzymes	NADH dehydrogenase	Ndh-4		3HS	ad:CS/Betzes
Ndh-H4	Comment:
Ndh-H^ch1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1		4H^ch	ad:CS/H. chilense
Ndh-H^ch1	Comment:
Ndh-R1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1		4R,4RS	ad:CS/Imperial, CS/King II,ad:CS/Dakold
Ndh-R1	Comment:
Ndh-R2	Proteins	Enzymes	NADH dehydrogenase	Ndh-2		7RS	ad:CS/Imperial, CS/King II, Holdfast/King II (7R)
Ndh-R2	Comment:
Ndh-R3	Proteins	Enzymes	NADH dehydrogenase	Ndh-3		6RL	ad:Holdfast/King II, CS/Imperial (6R), CS/King II (6R)
Ndh-R3	Comment:
Ndh-R4	Proteins	Enzymes	NADH dehydrogenase	Ndh-4		3RS	ad:CS/King II, CS/Imperial (3R)
Ndh-R4	Comment:
Ndh-S¹1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1		4S^l	ad:CS/Ae. longissima
Ndh-S¹1	Comment:
Ndh-S^l3	Proteins	Enzymes	NADH dehydrogenase	Ndh-3		3S^lL	ad:CS/Ae. longissima,ad:CS/Ae. sharonesis (3S^l)
Ndh-S^l3	Comment:
Ndh-U1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1		A	ad:CS/Ae. umbellulata
Ndh-U1	Comment:
Ndh-V1	Proteins	Enzymes	NADH dehydrogenase	Ndh-1		4V	ad:CS/D. villosum
Ndh-V1	Comment:
Ne1	Hybrid Weakness	Hybrid necrosis			Le,F,Le1	5B,5BL	ma:Xbarc216-5B - 8.3 cM - Ne1 - 2 cM - Xbarc74-5B
Ne1	Comment:
Ne1m	Hybrid Weakness	Hybrid necrosis					i:S-615^*11/Prelude,v:Carpo,v:Eskisehir 220-39,v:Garnet,v:Klein Aniversario,v:Koga,v:Mus XII/80/22,v:Prelude
Ne1m	Comment:
Ne1s	Hybrid Weakness	Hybrid necrosis					v:Big Club,v:C306,v:Felix,v:Gaza 141 PI 220429,v:Luteseens 1163,v:Marquillo,v:Ponca,v:Spica,v:Synthetics TA4152-19, TA4152-37, TA4152-44, TA4152-60,tv:Gaza 1E PI 133460,tv:Gaza PI 189262,tv:Iumillo,tv:Kubanka,tv:PI 94587,tv:Quanah
Ne1s	Comment: Ne1s is common in tetraploid wheats {1080}. Unknown *Ne1* allele. tv: HW75 {697}; HW178 {697}. Chinese Spring carries the weakest allele {532} and its effect can be observed in CS*7/Atlas 66 2B {939} relative to CS.
Ne1w	Hybrid Weakness	Hybrid necrosis					v:Bobin group {532}: Kenya Farmer,v:The Bobin selection used in breeding Gabo,v:and its sister selection, Timstein {532,1556} was in fact Gular. Hence Gular, not Steinwedel, is the presumed source. The Sydney University accession Bobin W39 was the parent of Gabo and Timstein, whereas "true" Bobin carried the accession number W360. The particular accession tested by Hermsen is not clear. According to Metgzer {1000} Steinwedel is a non-carrier,v:Federation group {532}:Cadia,v:Cleveland,v:Minister group,v:Rieti group {532}: Mentana,v:Mara
Ne1w	Comment:
Ne2	Hybrid Weakness	Hybrid necrosis			Le2,F	2B,2BS	ma:Xgwm148-2B - 6.7 cM - Ne2 - 3.2 cM - Xbarc55-2B
Ne2	Comment:
Ne2m	Hybrid Weakness	Hybrid necrosis					v:Alsen,v:Squarehead group{532}: European wheats,v:Fronteira group{532}: Sonalika,v:South American wheats and derivatives, e.g. Atlas 40{532}: Wheats possessing Lr13{939}, e.g. Manitou,v:HD2329,ma:Xbarc55-2B - 1.1 cM - Xkwh37 - 4.9 cM - Lr13/Ne2 - 5.8 cM,ma:Xgpw1109 - 3.7 cM - Xbarc18-2B
Ne2m	Comment:
Ne2m?	Hybrid Weakness	Hybrid necrosis					v:Barleta group{532}: South American wheats, e.g. Klein Titan,v:La Prevision 25,v:Lin Calel
Ne2m?	Comment:
Ne2ms	Hybrid Weakness	Hybrid necrosis					v:Mediterranean group{532}: Dawson,v:Fultz,v:Fulcaster,v:Fulhard,v:Honor,v:Jones Fife,v:Shepherd,v:Trumbull,v:Vermillion,v:Wabash{155}. (Although placed in this group on basis of pedigree, the last three stocks, as well as Fultz selection of CI 19293, appear to have the stronger allele of the Crimean group,v:Mironovskaya,v:Noe group{532}: Vilmorin 27,v:Unknown *Ne2* allele,v:Harvest Queen,tv:Acme,tv:Arnautka,tv:Carleton,tv:Langdon,tv:Mindum,tv:Stewart
Ne2ms	Comment: However, Ne2 was stated to be absent or rare in tetraploid wheats {1080}. The Chinese Spring 2BS telosome carries an Ne2 allele that is not present in Chinese Spring {1085}.
Ne2s	Hybrid Weakness	Hybrid necrosis					i:S-615^*11/Kharkov,v:Crimean group{532}: Blackhull,v:Chiefkan,v:Clarkan,v:Kharkov,v:Michigan Amber,v:Minhardi,v:Red Chief,v:Stepnaja 135,v:Turkey
Ne2s	Comment:
Ne2w	Hybrid Weakness	Hybrid necrosis					v:Vakka,v:Varma
Ne2w	Comment:
Nec1	Hybrid Weakness	Hybrid necrosis type 3				7DS	v:(T. durum cv. Langdon x Ae. tauschii KU-2828) amphiploid,al:Ae. tauschii KU-2828,ma:Xbarac352-7D - 5.3 cM - Lr34 - Xgwm295-7D - 4.0 cM -Xbarc154-7D - 1.7 cM - Nec1 - 13.2 cM - Xcfd-7D
Nec1	Comment: Although this form of hybrid necrosis is caused by complementary genes mapping of Nec1 was based on a cross of necrotic and non-necrotic Langdon x Ae. tauschii amphiploids. Consequently only Nec1 was mapped {11158}.
Ner1	Hybrid Weakness	Hybrid necrosis				5RL	al:S. cereale 1R136-2
Ner1	Comment:
Ner2	Hybrid Weakness	Hybrid necrosis				7RL	al:S. cereale L155, L256
Ner2	Comment:
Nor-A1	Nucleolus Organizer Regions	18S - 5.8S - 26S rRNA genes				1AS	v:T. spelta,dv:T. monococcum
Nor-A1	Comment:
Nor-A10	Nucleolus Organizer Regions	18S - 5.8S - 26S rRNA genes			Nor-A3	5AS	dv:T. monococcum,dv:T. urartu IPSR (PBI) Acc. A
Nor-A10	Comment:
Nor-A3	Nucleolus Organizer Regions	18S - 5.8S - 26S rRNA genes				5AS	dv:T. monococcum, T. urartu IPSR (PBI) Acc. A
Nor-A3	Comment:
Nor-A7	Nucleolus Organizer Regions	18S - 5.8S - 26S rRNA genes				5AL	v:CS,v:Cheyenne, Wichita,tv:Langdon
Nor-A7	Comment:
Nor-A9	Nucleolus Organizer Regions	18S - 5.8S - 26S rRNA genes			Nor-A1	1AS	v:T. spelta
Nor-A9	Comment: