| Type | Description |
|---|---|
| Definition | 60S ribosomal protein L15 |
| Type | IDs |
|---|---|
| Gene |
UniProtKB-ID:
RL15A_SCHPO
UniprotKB:
O74895
UniParc:
UPI0000133C1F
EMBL:
CU329672
EnsemblGenome:
SPCC576.11
KO:
spo:SPCC576.11
|
| Nucleutide sequences |
EMBL-CDS:
CAA21190.1
Gene_ORFName:
SPCC576.11
EnsemblGenome_TRS:
SPCC576.11.1
|
| Protein sequencees |
EnsemblGenome_PRO:
SPCC576.11.1:pep
RefSeq:
NP_588438.1
|
| Others |
UniRef100:
UniRef100_O74895
UniRef90:
UniRef90_Q9US22
UniRef50:
UniRef50_Q9US22
|
暂无数据
| Pubmed编号 | 文献信息 | 发表日期 | 相关基因 |
|---|---|---|---|
| 26682798 |
Nucleic Acids Res Lucia Aronica , Torben Kasparek , David Ruchman , Yamile Marquez , Lubos Cipak , Ingrid Cipakova , Dorothea Anrather , Barbora Mikolaskova , Maximilian Radtke , Sovan Sarkar , Chen-Chun Pai , Elizabeth Blaikley , Carol Walker , Kuo-Fang Shen , Renee Schroeder , Andrea Barta , Susan L Forsburg , Timothy C Humphrey |
2016-02-29 | - |
| 26771498 |
A Proteome-wide Fission Yeast Interactome Reveals Network Evolution Principles from Yeasts to Human. Cell Tommy V Vo , Jishnu Das , Michael J Meyer , Nicolas A Cordero , Nurten Akturk , Xiaomu Wei , Benjamin J Fair , Andrew G Degatano , Robert Fragoza , Lisa G Liu , Akihisa Matsuyama , Michelle Trickey , Sachi Horibata , Andrew Grimson , Hiroyuki Yamano , Minoru Yoshida , Frederick P Roth , Jeffrey A Pleiss , Yu Xia , Haiyuan Yu |
2016-01-14 | - |
| 26167880 |
SR protein kinases promote splicing of nonconsensus introns. Nat. Struct. Mol. Biol. Jesse J Lipp , Michael C Marvin , Kevan M Shokat , Christine Guthrie |
2015-08-01 | - |
| 21873635 |
Phylogenetic-based propagation of functional annotations within the Gene Ontology consortium. Brief. Bioinformatics Pascale Gaudet , Michael S Livstone , Suzanna E Lewis , Paul D Thomas |
2011-09-01 | - |
| 21652630 |
J. Cell. Sci. Hilary A Snaith , James Thompson , John R Yates , Kenneth E Sawin |
2011-07-01 |
sum3,
tpi1,
mpg1,
SPCC306.08c,
SPCP1E11.10,
SPCPB16A4.05c,
SPCC584.01c,
bgs4,
puf6,
myo52,
rpl2402,
rpl3601,
ufe1,
adh1,
sec6,
ef1a-a,
tea1,
dfr1,
alg11,
rps2,
SPCC736.15,
rpl1902,
SPCC622.14,
rpl101,
ssa2,
rpl2302,
tef3,
SPCC1672.07,
fum1,
rpl6,
mug33,
sec8,
vgl1,
cut15,
rnc1,
mto1,
rpl15,
for3,
alp14,
SPCC825.01,
rpt3,
eft202,
tea4,
his2,
mas5,
mug81,
rpl1801,
SPBC1711.05,
krs1,
pgk1,
rpl401,
eno101,
lys4,
rpl1102,
tea2,
vps10,
SPBC1703.07,
ef1a-c,
sam1,
pfk1,
trp1,
sec27,
act1,
rar1,
cct4,
prp43,
exo70,
rpl3201,
sks2,
rpl26,
leu1,
utp10,
rps402,
rpl802,
rps902,
SPBC24C6.04,
bms1,
sua1,
SPBC2G5.05,
gpd1,
fib1,
rpt6,
rpl8,
tdh1,
trs1,
cct3,
SPBC25H2.16c,
rpl3602,
pop3,
rps401,
nop14,
bgs1,
kin1,
SPBC1A4.07c,
tif35,
rpl701,
utp20,
rpl1901,
stt4
|
| 20403971 |
Proteomic and functional analysis of the noncanonical poly(A) polymerase Cid14. RNA Claudia Keller , Katrina Woolcock , Daniel Hess , Marc Bühler |
2010-06-01 |
rpl3601,
rpp0,
adh1,
rpl1702,
ef1a-a,
rps2,
rpl101,
rpl2302,
rpl35,
rpl2702,
rpl6,
rpl15,
htb1,
rpl2802,
rpl1801,
rpl2501,
pgk1,
rpl401,
eno101,
rps3,
rpl1102,
rps2402,
hhf3,
rpl3201,
rps1801,
rpl26,
rpl802,
rps902,
fib1,
rpl8,
tdh1,
mlo3,
rps3002,
rpl4301,
fba1,
rpl1001,
rps1601,
rps1401,
rpl701,
rpl1901,
rpl2101,
nog1,
rpl2801,
rpl2701,
rpl803,
hhf2,
rps1701,
SPBP8B7.20c,
rpl402,
air1,
dbp2,
rps801,
rpl2401,
rpl1101,
mtr4,
rps102,
rps2201,
rps2202,
rpl3401,
rpl1602,
rpl2002,
rps13,
rpl301,
rpl1502,
rpl14,
rps2401,
hhf1,
rps2602,
rps7,
rps3001,
rps901,
rpl2001,
SPAC6F6.03c,
rpl44,
rps101,
rpl3001,
gar2,
rps1102,
rps1502,
rps5,
rpl22,
rps2601,
rps1101,
rps2502,
rpl2102,
rpl702,
rpl2301,
rpl31,
rpl13,
rps1602,
rps602,
rps1802,
rpl1802,
cid14,
rpl3703,
rps1402,
rpl801
|
| 16823372 |
Nat. Biotechnol. Akihisa Matsuyama , Ritsuko Arai , Yoko Yashiroda , Atsuko Shirai , Ayako Kamata , Shigeko Sekido , Yumiko Kobayashi , Atsushi Hashimoto , Makiko Hamamoto , Yasushi Hiraoka , Sueharu Horinouchi , Minoru Yoshida |
2006-07-01 |
sum3,
ers1,
SPCC126.01c,
SPCC777.03c,
gst1,
SPCC569.06,
SPCC1442.02,
SPCC645.13,
hif2,
SPCC613.08,
mde7,
SPCC663.10,
tmp1,
xap5,
spf30,
SPCC1682.09c,
rpl3702,
bio2,
SPCC4B3.06c,
fta4,
mms2,
adn3,
imt2,
ste6,
SPCC825.02,
arg1,
prp28,
tpi1,
ctr4,
SPCC663.08c,
ade6,
SPCC70.10,
SPCC338.06c,
ynd1,
alr1,
mpg1,
cnd2,
SPCC965.04c,
SPCC132.01c,
SPCC1672.11c,
SPCC1442.07c,
SPCC830.11c,
SPCC1281.06c,
nup186,
SPCC1795.10c,
skb15,
ppe1,
SPCC14G10.01,
rad16,
SPCC622.02,
set1,
mis18,
SPCC1906.02c,
urm1,
SPCC306.08c,
get4,
ura4,
sgf73,
coq3,
oca8,
ssb3,
SPCC1494.06c,
not2,
SPCC569.07,
SPCC1840.07c,
ssb2,
meu15,
SPCC1450.10c,
tim23,
SPCC1672.01,
SPCC830.06,
bis1,
vtc4,
cid2,
ipk1,
srp72,
SPCP1E11.10,
sec59,
apn1,
SPCC63.06,
lat1,
rpm1,
SPCC5E4.05c,
kap113,
SPCC13B11.04c,
SPCC757.11c,
lsm2,
mug163,
SPCC1840.09,
cox13,
SPCPB16A4.05c,
SPCC285.03,
mug112,
SPCC330.03c,
SPCC622.11,
mrpl31,
SPCC777.17c,
rpl3402,
rpb3
|
| 11859360 |
The genome sequence of Schizosaccharomyces pombe. Nature V Wood , R Gwilliam , M-A Rajandream , M Lyne , R Lyne , A Stewart , J Sgouros , N Peat , J Hayles , S Baker , D Basham , S Bowman , K Brooks , D Brown , S Brown , T Chillingworth , C Churcher , M Collins , R Connor , A Cronin , P Davis , T Feltwell , A Fraser , S Gentles , A Goble , N Hamlin , D Harris , J Hidalgo , G Hodgson , S Holroyd , T Hornsby , S Howarth , E J Huckle , S Hunt , K Jagels , K James , L Jones , M Jones , S Leather , S McDonald , J McLean , P Mooney , S Moule , K Mungall , L Murphy , D Niblett , C Odell , K Oliver , S O'Neil , D Pearson , M A Quail , E Rabbinowitsch , K Rutherford , S Rutter , D Saunders , K Seeger , S Sharp , J Skelton , M Simmonds , R Squares , S Squares , K Stevens , K Taylor , R G Taylor , A Tivey , S Walsh , T Warren , S Whitehead , J Woodward , G Volckaert , R Aert , J Robben , B Grymonprez , I Weltjens , E Vanstreels , M Rieger , M Schäfer , S Müller-Auer , C Gabel , M Fuchs , A Düsterhöft , C Fritzc , E Holzer , D Moestl , H Hilbert , K Borzym , I Langer , A Beck , H Lehrach , R Reinhardt , T M Pohl , P Eger , W Zimmermann , H Wedler , R Wambutt , B Purnelle , A Goffeau , E Cadieu , S Dréano , S Gloux , V Lelaure , S Mottier , F Galibert , S J Aves , Z Xiang , C Hunt , K Moore , S M Hurst , M Lucas , M Rochet , C Gaillardin , V A Tallada , A Garzon , G Thode , R R Daga , L Cruzado , J Jimenez , M Sánchez , F del Rey , J Benito , A DomÃnguez , J L Revuelta , S Moreno , J Armstrong , S L Forsburg , L Cerutti , T Lowe , W R McCombie , I Paulsen , J Potashkin , G V Shpakovski , D Ussery , B G Barrell , P Nurse , L Cerrutti |
2002-02-21 |
SPCC1235.18,
SPCC18.20,
SPCC188.14,
SPCC794.16,
new22,
tam14,
cmc2,
SPCC1235.17,
SPCC417.16,
SPCPB16A4.07,
SPCC663.18,
SPCC1672.14,
SPCC1259.16,
ost5,
new25,
tam11,
SPBC336.16,
SPBC18E5.09c,
tam10,
ymr31,
tam8,
ksh1,
tam13,
new15,
SPBPB21E7.10,
SPBPB21E7.11,
SPBC1685.17,
SPBC36.13,
SPBC713.13,
SPBP35G2.17,
cox7,
SPBC16E9.20,
new16,
SPBP8B7.32,
new14,
SPBC3E7.17,
SPBC2A9.14,
new19,
new18,
tam12,
cox20,
SPBC651.07,
SPBC32H8.15,
SPBC21B10.15,
SPBC19G7.19,
SPBC30B4.09,
SPBC32F12.17,
new17,
tam9,
new20,
SPBP23A10.17,
tam7,
SPBC13G1.16,
SPAC1399.06,
tam5,
SPAC17A5.19,
SPAC1B2.06,
tam3,
SPAC11D3.19,
SPAC25B8.20,
new8,
SPAC9G1.14,
new4,
SPAC4H3.17,
SPAC8E11.12,
SPAC959.06c,
SPAC977.18,
mzt1,
SPACUNK4.20,
SPAPB15E9.06,
SPAC1093.07,
SPAC1834.13,
cmc4,
SPAC2H10.04,
new12,
new13,
SPAC110.05,
SPAC922.09,
tam1,
SPAC343.21,
SPAPJ695.02,
spd2,
fmc1,
SPAC1071.13,
new9,
new11,
new10,
new2,
new1,
coa2,
rsa3,
SPAC959.11,
tam6,
SPAC29A4.22,
SPAC4H3.16,
prl65,
sum3,
ers1,
SPCC126.01c
|
| 排名 | 科研单位 | 文献 |
|---|---|---|
| 1 |
Chemical Genetics Laboratory, RIKEN, Wako, Saitama 351-0198, Japan. |
1 |
| 2 |
The Wellcome Trust Sanger Institute |
1 |
| 3 |
Tri-Institutional Training Program in Computational Biology and Medicine |
1 |
| 4 |
Lunenfeld-Tanenbaum Research Institute |
1 |
| 5 |
Dana-Farber Cancer Institute |
1 |
目前还没有研究热点单位
| 排名 | 研究人员 | 文献 |
|---|---|---|
| 1 |
Akihisa Matsuyama |
2 |
| 2 |
Minoru Yoshida |
2 |
| 3 |
Ayako Kamata |
1 |
| 4 |
Makiko Hamamoto |
1 |
| 5 |
Atsuko Shirai |
1 |
目前还没有研究热点人员