By Brian Golding and Dick Morton
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Extra resources for Brian sequence analysis
LESS WITH MUSCLE TYPE ACYLPHOSPHATASES. PIR; A25587; QPHUE. HSSP; P00818; 1APS. PROSITE; PS00150; ACYLPHOSPHATASE_1. PROSITE; PS00151; ACYLPHOSPHATASE_2. HYDROLASE; ACETYLATION; MULTIGENE FAMILY. MOD_RES 1 1 ACETYLATION. SEQUENCE 98 AA; 11130 MW; 51080 CN; AEGNTLISVD YEIFGKVQGV FFRKHTQAEG KKLGLVGWVQ NTDRGTVQGQ LQGPISKVRH MQEWLETRGS PKSHIDKANF NNEKVILKLD YSDFQIVK 60 98 // Example Entry #6: SWISS-PROT - CD25 YEAST ID AC DT DT DT DE GN OS OC RN RP RX RA RA RL RN RP RX RA RA RL RN RP RX RA RL RN RP RX RA RL CC CC CC CC CC CC DR DR DR DR DR DR DR DR KW KW FT FT FT FT SQ CC25_YEAST STANDARD; PRT; 1589 AA.
There is a second version that permits downloads of a large number of sequences from the databases. This version is called Batch ENTREZ. You should beware that you may require massive free space on your computer to accomplish some downloads. 2 NCBI retrieve There is also an e-mail retrieval service at NCBI that is at times more convenient. gov with the following example format for your query. DATALIB gb TITLES MAXDOCS 30 BEGIN BOVPRL J02459 [ACC] The DATALIB must be gb or genbank (GenBank), gbu or gbupdate (only updates since the last release), gbonly (official release only), emb or embl (EMBL), emblu or emblupdate (only updates since the last release), emblonly (full release only), sp or swiss or swissprot (Swiss-Prot), spu or swissprotupdate (updates only), pir (PIR Elementary Sequence Analysis edited by Brian Golding and Dick Morton Sept 2000 33 database), omim (OMIM), vector (vector sequences), gp or genpept (translated GenBank), gpu or gpuupdate (updates only), kabatnuc (immunological nucleotide sequences), kabatpro (immunological protein sequences), and, though not stated in the official documentation, MEDLINE also works.
EUKARYOTA; METAZOA; CHORDATA; VERTEBRATA; TETRAPODA; MAMMALIA; EUTHERIA; PRIMATES.  SEQUENCE. MEDLINE; 87101109. ; BIOCHEMISTRY 25:8089-8094(1986). - FUNCTION: ITS PHYSIOLOGICAL ROLE IS NOT YET CLEAR. - CATALYTIC ACTIVITY: AN ACYLPHOSPHATE + H(2)O = A FATTY ACID ANION + ORTHOPHOSPHATE. - TISSUE SPECIFICITY: ORGAN-COMMON TYPE ISOZYME IS FOUND IN MANY DIFFERENT TISSUES. - SIMILARITY: HIGH, WITH ORGAN-COMMON TYPE ACYLPHOSPHATASES. LESS WITH MUSCLE TYPE ACYLPHOSPHATASES. PIR; A25587; QPHUE. HSSP; P00818; 1APS.