Denver et al 2005,  differentially expressed in NI, 123 genes
Gene list file name: Denver2005_ST2_differential-genes_in_NIlines
Type of gene identifier: MA primer pair (sjj)
Description: Denver et al 2005  Supplement Table 2: 123 genes that differentially expressed in NI(Natual Isolate) lines.
Organism: Caenorhabditis elegans (nematode)
Gene list type: Experimental

Gene name	Source Gene ID	All gene names	WormBase description	WormBase CDS description	Proteome description	Member of lists (Publications)	Other annotations
C27C7.1	2C27C7.1	C27C7.1; 1M31; CE19705; WBGene00007766; WP:CE19705				
B0047.5	B0047.5	bath-14; B0047.5; 2C334; WBGene00015016				
B0213.14	B0213.14	cyp-34A8; B0213.14; 5E444; CE16784; NM_071701; WBGene00015043; WP:CE16784	cytochrome P450			
B0218.8	B0218.8	clec-52; B0218.8; 4I932; CE06691; WBGene00015052; WP:CE06691	7TM chemoreceptor, clec family			
B0244.2	B0244.3	ida-1; B0244.2; B0244.2.1; B0244.2.2; 3G855; CE31867; NM_065844; WBGene00002048; WP:CE31867; ia2	ida-1 encodes a protein tyrosine phosphatase-like receptor, orthologous to the mammalian type I diabetes autoantigens IA-2 and phogrin that are expressed in dense core vesicles of neuroendocrine tissue and involved in regulated protein secretion; in C. elegans, IDA-1 appears to be required for regulating presynaptic neurotransmission and in particular, for the neuropeptidergic control of egg-laying; ida-1 interacts genetically with unc-31 and unc-64, which encode proteins required for dense core vesicle fusion and exocytosis; ida-1 expression is detected in a subset of neurons in the anterior nerve ring, the ventral nerve cord, the tail, and the vulva, including the VC vulval motoneurons and the HSN egg-laying neurons; ida-1 is also detected in the vulval uv1 cells, non-neuronal cells that contain neurosecretory-like vesicles.	protein tyrosine phosphatase		
B0286.3	B0286.3, B0286.3#2	B0286.3; 2E660; CE03863; PUR6_CAEEL; WBGene00015116; WP:CE03863	saicar synthetase/air carboxlyase			
B0286.3	B0286.3, B0286.3#2	B0286.3; 2E660; CE03863; PUR6_CAEEL; WBGene00015116; WP:CE03863	saicar synthetase/air carboxlyase			
B0495.4	B0495.4	nhx-2; B0495.4; 2H982; CE29549; NM_063213; WBGene00003730; WP:CE29549	nhx-2 encodes a sodium/proton exchanger expressed in the apical membranes of intestinal cells; NHX-2 is required for normally high growth rates, and for propagation or maintenance of the germline, NHX-2 is thought to prevent intracellular acidification by catalysing the electroneutral exchange of extracellular sodium for an intracellular proton.	NA(+)/H(+) exchanger		
C02A12.4	C02A12.4	lys-7; C02A12.4; 5D960; CE07828; NM_071571; WBGene00003096; WP:CE07828	lys-7 encodes an enzyme homologous to an antimicrobial lysozyme encoded by the LYS4 gene of the protozoan parasite Entamoeba histolytica; by homology, LYS-7 is predicted to function as an antimicrobial enzyme that hydrolyzes the 1,4-beta-linkages between N-acetyl-D-glucosamine and N-acetylmuramic acid in peptidoglycan heteropolymers of prokaryotic cell walls; in C. elegans, lys-7 expression is significantly upregulated in response to infection with the Gram-negative bacterium Serratia marcescens, indicating that LYS-7 likely plays a role in the innate immune response; constitutive expression of lys-7 mRNA is detected in the intestine and the intestinal valve cells.			
C03E10.6	C03E10.6	C03E10.6; 5L753; CE15586; WBGene00007283; WP:CE15586				
C04E12.2	C04E12.2	C04E12.2; C04E12.2.1; C04E12.2.2; 5D849; CE16815; WBGene00015433; WP:CE16815				
C06E1.11	C06E1.11	C06E1.11; 3J704; CE00056; WBGene00015526; WP:CE00056; YKQA_CAEEL				
C07B5.5	C07B5.5	nuc-1; C07B5.5; CE00895; NM_077203; NUC1_CAEEL; WBGene00003828; WP:CE00895; XK159	The nuc-1 gene encodes a DNase II homolog similar to mammalian and Drosophila DNaseII enzymes and is required for DNA degradation during apoptosis as well as for degradation of dietary DNA during normal feeding; during apoptosis, NUC-1 functions in apoptotic cells at an intermediate stage of DNA degradation, after the killing step, but prior to cell-corpse engulfment.			
C08F1.4	C08F1.4	math-3; C08F1.4; 2C67; CE27059; CE31771; WBGene00015608; WP:CE27059; WP:CE31771	The C08F1.4 gene encodes a protein closely similar to F36H5.2, which has a meprin-associated Traf homology (MATH) domain and may be involved in apoptosis.			
C13G5.2	C13G5.2	C13G5.2; 3J706; CE29086; WBGene00015747; WP:CE29086; YKX2_CAEEL				
C14A6.1	C14A6.1	clec-48; C14A6.1; 5S639; CE18493; WBGene00007565; WP:CE18493	Lectin C-type domain short and long forms (2 domains)			
C14C6.12	C14C6.12	C14C6.12; 5B48; CE35236; WBGene00015763; WP:CE35236				
C14C6.5	C14C6.5	C14C6.5; 5B15; CE08160; WBGene00015759; WP:CE08160				
C15A11.5	C15A11.5	col-7; C15A11.5; 1H979; CE08173; COL7_CAEEL; NM_059689; WBGene00000596; WP:CE08173; col7	col-7 encodes a member of the collagen superfamily containing collagen triple helix repeats (20 copies); expressed during the L2-to-dauer molt and the L4-to-adult molt.	collagen		
C17B7.2	C17B7.2	C17B7.2; 5D829; CE16850; U376B_CAEEL; WBGene00015876; WP:CE16850				
C23H5.8	C23H5.8A	C23H5.8; 4C876; CE17440; CE17441; O61828_CAEEL; WBGene00016027; WP:CE17440; WP:CE17441				
C29F7.2	C29F7.2	C29F7.2; CE35414; WBGene00007811; WP:CE35414; XO35				
C29F9.3	C29F9.3	C29F9.3; C29F9.3a.1; C29F9.3a.2; 3A743; CE28896; CE30623; CE30624; WBGene00016218; WP:CE28896; WP:CE30623; WP:CE30624				
C30G12.2	C30G12.2	C30G12.2; 2H581; CE25799; WBGene00016274; WP:CE25799	Alcohol dehydrogenase			
C45B11.3	C45B11.3	dhs-18; C45B11.3; C45B11.3.1; C45B11.3.2; 5L526; CE05427; NM_073411; WBGene00000981; WP:CE05427	alcohol dehydrogenase			
C45B2.2	C45B2.2	C45B2.2; CE02552; WBGene00016659; WP:CE02552; XG703				
C46F4.1	C46F4.1	C46F4.1; CE04219; WBGene00016715; WP:CE04219; XG555				
C50B6.4	C50B6.4	col-161; C50B6.4; 5N796; CE08873; NM_073899; WBGene00000734; WP:CE08873	collagen			
C55C3.2	C55C3.2	C55C3.2; 4G473; CE36587; WBGene00016952; WP:CE36587				
C56G2.6	C56G2.6	dhs-10; let-767; C56G2.6; C56G2.6.1; C56G2.6.2; 3H428; CE30639; LE767_CAEEL; NM_065985; WBGene00002891; WP:CE30639	let-767 encodes a short-chain dehydrogenase, reported to be required for efficient cholesterol metabolism; LET-767 is predicted to be required for the metabolism of a sterol and to be mitochondrial.			
C40H5.1	D1053.5	nspa-9; C40H5.1; CE08649; WBGene00043187; WP:CE08649				
D1086.3	D1086.3	D1086.3; 5O573; CE09061; WBGene00008390; WP:CE09061				
F07C4.7	F07C4.7	grsp-4; F07C4.7; 5I105; CE09206; WBGene00017201; WP:CE09206				
F07H5.4	F07H5.4	F07H5.4; 2J77; WBGene00014308				
F07H5.9	F07H5.9	F07H5.9; 2J94; CE35850; WBGene00008560; WP:CE35850	acid phosphatase			
F08G5.6	F08G5.6	F08G5.6; 4N201; CE05576; WBGene00008584; WP:CE05576				
F10C1.7	F10C1.7	ifb-2; F10C1.7; F10C1.7c.1; F10C1.7c.2; F10C1.7c.3; 2G41; CE02622; CE27941; CelIF b2; IF b2; IFB2_CAEEL; NM_062732; NM_062733; WBGene00002054; WP:CE02622; WP:CE27941	ifb-2 encodes a nonessential intermediate filament protein; IFB-2 is predicted to function as a structural component of the cytoskeleton; IFB-2 has no obvious function in RNAi assays.			
F10E9.4	F10E9.4	F10E9.4; 3J399; CE00148; WBGene00017356; WP:CE00148; YLU4_CAEEL				
F11H8.3	F11H8.3	col-8; F11H8.3; 3I110; CE04376; COL8_CAEEL; NM_066132; WBGene00000597; WP:CE04376; col8	col-8 encodes a collagen, individually dispensable for viability and gross morphology, which is specifically expressed in dauers and adults but not in eggs or L4 larvae, like col-7, col-18, and col-19; the amino- and carboxyl-terminal cysteine-rich regions of COL-8 are most closely related to those of COL-19, COL-35, and COL-39.			
F12A10.6	F12A10.6	F12A10.6; 2F782; CE01909; WBGene00017395; WP:CE01909; YSH6_CAEEL				
F13A7.9	F13A7.9	skr-11; F13A7.9; 5Q866; CE15814; NM_074740; WBGene00004817; WP:CE15814	The skr-11 gene encodes a homolog of Skp1 in S. cerevisiae that has no known function in vivo, since skr-11(RNAi) animals are at least superficially normal.			
F15A4.6	F15A4.6	F15A4.6; 2M763; CE15843; WBGene00008841; WP:CE15843	Toxocara surface glycoprotein like			
F17C11.10	F17C11.10	F17C11.10; 5L442; CE05657; WBGene00008921; WP:CE05657	sepB domain			
F17E9.11	F17E9.11	lys-10; F17E9.11; 4J95; CE07076; NM_069004; WBGene00003099; WP:CE07076				
F20B4.2	F20B4.2	F20B4.2; CE07101; WBGene00017622; WP:CE07101; XS316				
F20D1.3	F20D1.3	F20D1.3; F20D1.3.1; F20D1.3.2; CE31486; WBGene00008975; WP:CE31486; XP595				
F21H7.1	F21H7.1	gst-22; F21H7.1; 5Q712; CE15874; NM_074694; WBGene00001770; WP:CE15874	glutathione S-transferase			
F28D1.5	F28D1.5	thn-2; F28D1.5; 4N149; CE05745; NM_069961; WBGene00009215; WP:CE05745	Arabidopsis pathogenesis-related protein 5 like			
F31D4.3	F31D4.3	fkb-6; F31D4.3; F31D4.3.1; F31D4.3.2; 5V317; CE15929; NM_075625; WBGene00001431; WP:CE15929	FKBP-type peptidyl-prolyl cis-trans isomerases			
F35E12.6	F35E12.6	F35E12.6; 5O216; CE35523; WBGene00009430; WP:CE35523				
F35F10.5	F35F10.5	F35F10.5; 5D759; CE09930; WBGene00018055; WP:CE09930				
F36H5.2	F36H5.2	math-27; F36H5.2; F36H5.2a.1; F36H5.2a.2; F36H5.2c.1; F36H5.2c.2; 2C59; CE31806; CE31807; CE33393; WBGene00018101; WP:CE31806; WP:CE31807; WP:CE33393	The F36H5.2 gene encodes a protein with a meprin-associated Traf homology (MATH) domain that may be involved in apoptosis.			
F43D9.4	F43D9.4	sec-1; sip-1; F43D9.4; F43D9.4.1; F43D9.4.2; 3L596; CE00994; NM_066915; SIP/1; SIP1_CAEEL; WBGene00004798; WP:CE00994	Heat shock hsp20 proteins			
F43E2.5	F43E2.5	F43E2.5; 2H652; CE07241; WBGene00018393; WP:CE07241	F43E2.5 encodes a methionine sulfoxide-S-reductase (MsrA) with experimentally confirmed activity.			
F44C4.3	F44C4.3	cpr-4; F44C4.3; F44C4.3.1; F44C4.3.2; 5H95; CE07251; CPR4_CAEEL; NM_072281; WBGene00000784; WP:CE07251	cpr-4 encodes a cathepsin B-like cysteine protease expressed at all life stages.	cathepsin B-like cysteine proteinase 4 precursor		
F44E2.2	F44E2.2	F44E2.2; 3J949; CE00180; CE07254; CE29321; WBGene00018416; WP:CE00180; WP:CE07254; WP:CE29321; YL52_CAEEL	Reverse Transcriptase			
F45C12.7	F45C12.7	F45C12.7; 2C5; CE10448; WBGene00018438; WP:CE10448				
F45D11.O	F45D11.O					
F45D11.R	F45D11.R					
F46A8.7	F46A8.7	F46A8.7; 1L828; CE10570; WBGene00009750; WP:CE10570				
F46C5.9	F46C5.9	F46C5.9; 2J100; CE10584; P90814_CAEEL; WBGene00009784; WP:CE10584	G-protein			
F48E8.1	F48E8.1	lon-1; F48E8.1; 3G567; CE01953; CE29046; CE30996; LON1_CAEEL; NM_065765; NM_065766; NM_171866; WBGene00003055; WP:CE01953; WP:CE29046; WP:CE30996	The lon-1 gene encodes a protein belonging to the PR-protein superfamily that is a target of DBL-1 (TGF-beta) signaling, and that regulates polyploidization and body length.			
F52C6.10	F52C6.10	bath-7; F52C6.10; 2C176; CE10820; WBGene00018667; WP:CE10820				
F52C6.8	F52C6.8	bath-4; F52C6.8; 2C172; CE10816; WBGene00018665; WP:CE10816				
F53A9.8	F53A9.8	F53A9.8; CE02768; WBGene00018731; WP:CE02768; XJ336				
F55H2.4	F55H2.4	lrg-1; F55H2.4; 3K595; NM_066691; WBGene00003067				
F58A6.9	F58A6.9	F58A6.9; 2F448; WBGene00019026	major sperm protein			
F58B3.1	F58B3.1	lys-4; F58B3.1; 4M386; CE06003; NM_069791; WBGene00003093; WP:CE06003				
F58B3.3	F58B3.3	lys-6; F58B3.3; 4M392; CE06005; NM_069793; WBGene00003095; WP:CE06005				
F59E12.6	F59E12.6	F59E12.6; 2F918; CE33407; CE33408; WBGene00019122; WP:CE33407; WP:CE33408				
F59H6.10	F59H6.10	bath-3; F59H6.10; F59H6.D; 2C316; CE39104; WBGene00019140; WP:CE39104				
F59H6.11	F59H6.11	bath-5; F59H6.11; F59H6.C; 2C318; CE20917; WBGene00019141; WP:CE20917				
F59H6.9	F59H6.9	bath-1; F59H6.9; 2C314; CE20915; WBGene00019139; WP:CE20915				
H11L12.1	H11L12.1	H11L12.1; CE20957; WBGene00019189; WP:CE20957; XS322				
K02B7.2	K02B7.2	K02B7.2; 2O977; CE16204; WBGene00010490; WP:CE16204				
K02D7.1	K02D7.1	K02D7.1; 4B46; CE17994; WBGene00019298; WP:CE17994	K02D7.1 is orthologous to the human gene PURINE NUCLEOSIDE PHOSPHORYLASE (NP; OMIM:164050), which when mutated leads to disease.	phosphorylase		
K02D7.3	K02D7.3	col-101; K02D7.3; 4B78; CE17996; NM_067504; WBGene00000675; WP:CE17996	cuticular collagen			
K02E7.6	K02E7.6	K02E7.6; K02E7.6.1; K02E7.6.2; 2B349; CE33417; WBGene00019311; WP:CE33417				
K08F4.7	K08F4.7, K08F4.7#2	gst-4; K08F4.7; 4K907; CE06155; CeGST1; GST4_CAEEL; NM_069447; WBGene00001752; WP:CE06155	gst-4 encodes a predicted glutathione S-transferase; mRNA is expressed in adults and accumulation increases in response to paraquat.	glutathione S-transferase		
K08F4.7	K08F4.7, K08F4.7#2	gst-4; K08F4.7; 4K907; CE06155; CeGST1; GST4_CAEEL; NM_069447; WBGene00001752; WP:CE06155	gst-4 encodes a predicted glutathione S-transferase; mRNA is expressed in adults and accumulation increases in response to paraquat.	glutathione S-transferase		
K08H2.3	K08H2.3	K08H2.3; CE06161; WBGene00010690; WP:CE06161; XN855				
K09F6.9	K09F6.6	K09F6.9; 2C572; CE31565; WBGene00019592; WP:CE31565				
K10H10.2	K10H10.2	K10H10.2; K10H10.2.1; K10H10.2.2; 2O780; CE16252; O45679_CAEEL; WBGene00010759; WP:CE16252	beta-synthase			
K11H12.4	K11H12.4	K11H12.4; 4B428; CE12152; WBGene00019660; WP:CE12152				
R03G5.1	R03G5.1	eft-4; eln-2; R03G5.1; R03G5.1a.1; R03G5.1a.2; R03G5.1a.3; R03G5.1a.4; R03G5.1a.5; R03G5.1c.1; R03G5.1c.2; R03G5.1c.3; CE33153; CE33154; CE33155; EF1A_CAEEL; NM_076922; NM_182442; NM_182443; NM_182444; WBGene00001169; WP:CE33153; WP:CE33154; WP:CE33155; XI443	eft-4 encodes a translation elongation factor 1-alpha homolog that is required for embryonic viability, fertility, and a normal postembryonic growth rate; eft-4 encodes at least one alternatively spliced coding sequence identical to that of eft-3.			
R08C7.11	R08C7.11	R08C7.11; 4F216; CE07434; WBGene00019954; WP:CE07434				
R11G11.14	R11G11.14	R11G11.14; 5B0; CE28762; WBGene00020016; WP:CE28762	lipase			
R13H9.1	R13H9.1	R13H9.1; 4F833; CE07447; WBGene00020070; WP:CE07447				
T04C9.3	T04C9.3	T04C9.3; 3H77; CE04878; WBGene00020211; WP:CE04878	dual bar protein (weak)			
T05G5.6	T05G5.6	ech-6; T05G5.6; T05G5.6.1; T05G5.6.2; 3K842; CE00318; ECHM_CAEEL; NM_066755; WBGene00001155; WP:CE00318	Enoyl-CoA hydratase			
T06G6.11	T06G6.11	T06G6.11; 1N296; CE21156; WBGene00011550; WP:CE21156				
T08E11.4	T08E11.4	math-41; T08E11.4; CE30168; O76640_CAEEL; WBGene00020360; WP:CE30168				
T18H9.2	T18H9.2	asp-2; T18H9.2; 5J683; CE33320; CE33321; NM_072983; NM_182329; Q86NE1_CAEEL; WBGene00000215; WP:CE33320; WP:CE33321	asp-2 encodes aspartic protease.			
T24B8.5	T24B8.5	T24B8.5; 2J372; CE03713; WBGene00011979; WP:CE03713				
T27E4.8	T27E4.8	hsp-16.1; hsp-16; T27E4.8; 5J568; CE14249; NM_072953; WBGene00002015; WP:CE14249	hsp-16.1 encodes a 16-kD heat shock protein (HSP) that is a member of the hsp16/hsp20/alphaB-crystallin (HSP16) family of heat shock proteins, and that is identical to the protein encoded by hsp-16.11; an hsp-16.1 reporter fusion, expressed broadly but most strongly in muscle and hypodermis, is induced solely in response to heat shock or other environmental stresses; expression is detectable in somatic tissues in post-gastrulation embryos, all larval stages, and in adults; HSP-16.1 is likely to function as a passive ligand temporarily preventing unfolded proteins from aggregating.	heat shock protein HSP16-1		
T28F3.8	T28F3.8	T28F3.8; 4S250; CE20118; WBGene00012134; WP:CE20118				
W06A11.4	W06A11.4	W06A11.4; 2E341; CE05042; WBGene00021055; WP:CE05042				
ZC204.14	W06A11.4#2	ZC204.14; 2B952; CE15110; WBGene00022564; WP:CE15110				
W06D12.3	W06D12.3	fat-5; W06D12.3; 5S205; CE16551; NM_075081; WBGene00001397; WP:CE16551	fat-5 encodes a delta-9 fatty acid desaturase that is predicted to be mitochondrial; when expressed heterologously in S. cerevisiae, FAT-5 rescues the fatty acid auxotrophy of the yeast delta-9 desaturase mutant ole1.	Fatty acid desaturase		
W07A12.7	W07A12.7	tag-323; W07A12.7; 2J453; CE20163; WBGene00012324; WP:CE20163				
W08D2.4	W08D2.4	fat-3; W08D2.4; 4K569; CE25153; NM_069351; Q23221_CAEEL; WBGene00001395; WP:CE25153	The fat-3 gene encodes a delta-6 fatty acid desaturase ('linoleoyl-CoA desaturase') containing an N-terminal cytochrome b5 domain; FAT-3 expressed in yeast uses linoleic and alpha-linolenic acid as substrates; FAT-3 is absolutely required in vivo for synthesis of delta-6 fatty acids, and also required for fully normal synthesis of C20 fatty acids; FAT-3 is required for a normally fast growth rate and movement speed, and for normal defecation rhythms and fertility.			
Y102A5C.2	Y102A5C.2	Y102A5C.2; 5R399; CE19288; WBGene00013611; WP:CE19288				
Y102A5C.3	Y102A5C.3	Y102A5C.3; 5R400; CE19289; WBGene00013612; WP:CE19289	Y102A5C.3 is orthologous to the human gene HISTIDINE-RICH GLYCOPROTEIN (HRG), which when mutated leads to thrombophilia (OMIM:142640).			
Y113G7B.7	Y113G7B.7	fbxa-114; Y113G7B.7; 5U671; CE23289; WBGene00013758; WP:CE23289	This gene encodes a protein containing an F-box, a motif predicted to mediate protein-protein interactions either with homologs of yeast Skp-1p or with other proteins; this gene's encoded protein also contains an FTH/DUF38 motif, which may also mediate protein-protein interaction.			
Y119D3_465.H	Y119D3_465.H					
Y82E9BL.18	Y119D3_465.I	Y82E9BL.18; CE38758; WBGene00044402; WP:CE38758				
Y17G9B.8	Y17G9B.C	Y17G9B.8; 4F522; CE34607; WBGene00021205; WP:CE34607				
Y24D9A.5	Y24D9A.C, Y24D9A.H	Y24D9A.5; 4F162; CE21458; WBGene00021283; WP:CE21458				
Y24D9A.5	Y24D9A.C, Y24D9A.H	Y24D9A.5; 4F162; CE21458; WBGene00021283; WP:CE21458				
Y37A1B.5	Y37A1B.5	Y37A1B.5; 4O819; CE19075; WBGene00012538; WP:CE19075				
Y38F2AR.12	Y38F2A_6126.K	Y38F2AR.12; 4D172; CE21626; WBGene00021430; WP:CE21626				
Y41C4A.11	Y41C4A.11	Y41C4A.11; 3M811; CE20251; WBGene00012757; WP:CE20251	Y41C4A.11 encodes a divergent paralog of F38E11.5, the beta' (beta-prime) subunit of the coatomer (COPI) complex; unlike F38E11.5, Y41C4A.11 has no obvious function in mass RNAi assays.	WD domain, G-beta repeat		
Y45F10C.4	Y45F10C.4	Y45F10C.4; 4O428; CE16638; U375F_CAEEL; WBGene00012880; WP:CE16638				
Y46H3A.2	Y46H3A.E	hsp-16.41; HSP16-41; Y46H3A.2; Y46H3A.E; 5C283; CE22003; HSP16_CAEEL; NM_071107; WBGene00002018; WP:CE22003	hsp-16.41 encodes a 16-kD heat shock protein (HSP) that is a member of the hsp16/hsp20/alphaB-crystallin (HSP16) family of heat shock proteins; an hsp-16.41 reporter fusion, expressed broadly but strongest in intestine and pharynx, is induced in response to heat shock or other environmental stresses; expression is detectable in somatic tissues in post-gastrulation embryos, all larval stages, and in adults; HSP-16.41 is likely to function as a passive ligand temporarily preventing unfolded proteins from aggregating.	heat shock protein		
Y47D7A.11	Y47D7A_143.E	Y47D7A.11; 5E906; CE35807; WBGene00021623; WP:CE35807				
Y49F6C.8	Y49F6C.8	Y49F6C.8; Y49F6C.A; 2D656; CE22272; WBGene00021730; WP:CE22272				
Y55F3BR.10	Y55F3A_747.A	Y55F3BR.10; CE22531; WBGene00044742; WP:CE22531				
Y55F3C.C	Y55F3C.C					
Y55H10B.1	Y55H10B.D	Y55H10B.1; 4E81; CE22571; WBGene00021954; WP:CE22571				
F54D5.12	Y62F5A.E	F54D5.12; F54D5.12.1; F54D5.12.2; 2L830; CE26814; WBGene00010055; WP:CE26814	yeast hyothetical YET1 like protein			
Y62H9A.3	Y62H9A.3	Y62H9A.3; CE19239; WBGene00013391; WP:CE19239; XM498				
ZC412.3	ZC412.3	ZC412.3; ZC412.3.1; ZC412.3.2; ZC412.3.3; 5P350; CE15215; WBGene00013884; WP:CE15215; YHB8_CAEEL				
ZK1320.2	ZK1320.2	ZK1320.2; ZK1320.2.1; ZK1320.2.2; 2J948; CE01700; WBGene00014252; WP:CE01700; YS22_CAEEL