Category: Efp-dependent proteins
[category|SW.6|6. Groups of genes]
[category|SW.6.11|6.11. Efp-dependent proteins]
Name | Function |
[gene|71F490B2C3199734620724B51F8E3D7977C2D8D8|besA] | iron acquisition |
[gene|73473E6556D374C8623A426E075038AD01AB7025|cotA] | resistance of the spore |
[gene|20D1174554A03EECE233A1A045F6DF83AF799959|ctaD] | respiration |
[gene|7FA72D949B930A3C7FF0391CC6CCC58EEFCA839A|dppD] | uptake of dipeptides |
[gene|06971E9AAB033E2878914A76645F99E97CE8A90A|fmt] | formylation of Met-tRNA(fMet) |
[gene|5C31D968E3786858B025CE02CFAC48F61700031F|ggt] | degradation of poly-glutamate capsules |
[gene|7150BABA5086D5E2EB8102E4901A216F43576282|glmR] | regulation of carbon partitioning between central metabolism and peptidoglycan biosynthesis, localization of [protein|A8EEC896B279CFDDE9C3A6F146A04EC822E33A4F|PBP1] |
[gene|44DF1B7E476AD58B3CCC39300FFE0132D0D32AD0|gltA] | [metabolite|glutamate] biosynthesis and control of [metabolite|glutamate] degradation |
[gene|76324E0A6CAA8E1DD0B0C6FAE1CAB402231BF7CC|gmuC] | glucomannan uptake and phosphorylation |
[gene|EB6F40F8651654E0AB09447C5AD670C35A59F261|kdgT] | utilization of galacturonic acid |
[gene|BA755FA1CB1E0C006E9A23489A7C8997141AA498|recJ] | replication fork maintenance |
[gene|F09661C8A483D0FC796204102021104A4373F895|rhgL] | unknown |
[gene|3CB24D493B3282278B7DC61CE3C793DFA815F9E2|sigE] | transcription of [wiki|sporulation ]genes (early mother cell) |
[gene|0DE66A10D9475DC57A140561E8532D3EC038FD6F|sndA] | utilization of S-methyl-cysteine |
[gene|2C54FE2ADC82FF414D732018C90649D477A925AD|spo0A] | initiation of [wiki|sporulation] |
[gene|C9817A54C8E72193280E393D7BD3375BD1751738|spoIIP] | |
[gene|41199C76DF8CA804B7B8878D61228B9542A96AE4|topA] | relaxation of negatively supercoiled DNA behind RNA polymerase |
[gene|3E84B3AC08D0B314286CEF38534BD81B568F3E0E|valS] | translation |
[gene|6DF19E4546509687CA194F6B44EEB723C9467B9C|xkdJ] | unknown |
[gene|BA60CF44ECA4937FA5C1720B10E7FDABA9AB4664|ybfO] | unknown |
[gene|4264FE54F73766F7029C871E14B47DCFE5E4BC38|ycxA] | unknown |
[gene|68E585F6670539982E8E8032337DA2043C67FCC4|ydgB] | spore germination |
[gene|D07BD51E1DDEDA3CE292570AAEAE14C27C064A67|yhjG] | unknown |
[gene|BA1A7ECAE0B5690F6E6A67785BAB18628701E2A2|yitG] | unknown |
[gene|ECB23B27C364EEB0BFB4C95BA62E9FF34AC852CF|ykwB] | unknown |
[gene|081EA0CBCDA7ECDE8D128DD091C132BB194D19EB|ylxX] | unknown |
[gene|13DC4296015A28975BC7697F134FB6ECD6B11489|yodT] | unknown |
[gene|74137B4DA75E9AD374356DE0AE05F3E7BFC751FF|yomQ] | unknown |
[gene|2655683C0EE274CBC41D119FC23FFFC80F79FF57|yonJ] | unknown |
[gene|12661F79EA61EA386D73923234009C6E9BF62C31|yqbA] | unknown |
[gene|D8607250EEE380DA8E1CC291B21D5626FA33313E|yqjN] | unknown |
[gene|6911DFB27F6A23F3775DAC5C289EFA163FBD1E56|ytcC] | lipopolysaccharide biosynthesis |
[gene|87B212C8C61483DF2874762A3B77111616C616A5|ytcP] | uptake of polygalacturonan and rhamnogalacturonan |
[gene|A0392469FB5B36C030C003ECC0EC39F71BBC5CD0|yvdQ] | protection of the spore |
[gene|852ECFA6F254167090AA393E6E0D269F49A4CC6E|yyaN] | unknown |
description
These 35 proteins contains three or more consecutive proline residues and are therefore likely to depend on the translation factor Efp for efficient expression. In the case of [protein|search|Spo0A], dependency on [protein|search|Efp] has been demonstrated [pubmed|36651772]
reference
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Time of last update: 2023-01-29 17:00:21
Author of last update: Jstuelk