000 02332cam 22003134a 45 0
001 1419763
005 20080912081631.0
008 031203s2005 nyua b 001 0 eng
010 $a 2003067331
035 $a(OCoLC)ocm53901326
040 $aDLC$cDLC$dOHX$dCLU
016 7 $a969326408$2GyFmDB
020 $a0387207082 (alk. paper)
042 $apcc
050 00 $aQR41.2$b.B37 2005
072 7 $aQR$2lcco
082 00 $a579.3$222
096 $aQW 51$bB293s 2005
049 $aIPL1
100 1 $aBarton, Larry,$d1940-
245 10 $aStructural and functional relationships in
prokaryotes /$cLarry L. Barton.
260 $aNew York :$bSpringer,$cc2005.
300 $axxvii, 817 p. :$bill ;$c25 cm.
504 $aIncludes bibliographical references and index.
505 00 $gI.$tAn introduction to the prokaryotic cell
--$g1.$tThe cellular system --$gII.$tCellular structures and
their function --$g2.$tThe plasma membrane --$g3.$tCell wall
structure --$g4.$tThe cell wall matrix --$g5.$tCapsules,
pili, and internal structures --$gIII.$tProfiles of
bacterial growth --$g6.$tCell motion, sensing, and
communication --$g7.$tCellular growth and reproduction
--$g8.$tPhysiological basis for growth in extreme
environments --$gIV.$tBioenergetics --$g9.$tElectron
transport and coupled phosphorylation --$g10.$tTransmembrane
movement : mechanisms and examples --$gV.$tMetabolic
processes --$g11.$tPathways of carbon flow
--$g12.$tOrganization and cellular processing
--$g13.$tMetabolism of nitrogen and sulfur
--$g14.$tBiometals.
520 1 $a"This new textbook on bacterial physiology is
aimed at senior level students pursuing a one-semester
course in the biology or microbiology curriculum. The text
takes a balanced view of prokaryotic physiology, discussing
both bioenergetics and bacterial metabolism in a way that
establishes general principles and concepts and emphasizes
throughout the information gained from model systems. The
book also covers some experimental design issues, giving
students an appreciation of the practical aspects and
consequences of bacterial metabolism. It also stimulates
students' interests in future developments in the field by
including discussions by six world-famous bacterial
physiologists."--BOOK JACKET.
650 0 $aProkaryotes.
650 12 $aProkaryotic Cells$xphysiology.
994 $aC0$bIPL
