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040 _aarmpuni
_carmpuni
041 _aen
080 _a66.0
100 1 _aBailey, James E.
245 1 0 _aBiomechanical Engineering Fundamentals /
_cJames E. Bailey, David F. Ollis
250 _a2a. ed.
260 _aNew York :
_bMcGraw-Hill,
_cc 1986
300 _axxi, 984 p. :
_bil.;
_c23 cm.
440 0 _aMcgraw-Hill chemical engineering series
500 _aincluye problemas y bibliografí al final de cada capítulo. Incluye indíce en p. 965
550 _a Design and analysis of biological reactors
550 _aA little microbiology
550 _aAlalysis of multiple interacting microbial populations
550 _aApplied enzyme catalysis
550 _aBioprocess economics
550 _aChemicals of life
550 _aInstrumentation and control
550 _aKinetics of substrate utilization, product formation, and biomass production in cell cultures
550 _aMetabolic stoichiometry and energetics
550 _aMixed microbial populations in applications and natural systems
550 _aMolecular genetics and control systems
550 _aProduct recovery operations
550 _aThe kinetics of enzyme-catalyzed reactions
550 _aTransport phenomena in bioprocess systems
650 7 _aINGENIERIA BIOQUIMICA
_2LEMB
700 1 _aOllis, David F.
942 _cLB
_2cdu
945 _aR G
_d1995-07-11