000			02013nam a2200349 i 4500
001			28115
003			NIH
005			20240730105943.0
008			240614s19811982maya 000 0 eng d
040			_aNIH _beng _cNIH _erda
060	0	0	_aQV 350
090	1	4	_aQV 350 _b.H493 1982
100			_aHendrowahjono Soejoedi _eauthor
245		0	_aBacterial-Resistance to Antibiotics _c/Hendrowahjono Soejoedi
264		1	_aKuala Lumpur: _bInstitute for Medical Research _c1982
264		4	_c1982
300			_a70 pages: _billustrations. ; _c28cm.
336			_atext _2rdacontent
337			_aunmediated _2rdamedia
338			_avolume _2rdacarrier
502			_aSeameo-Tropmed Institute for Medical Research. Diploma in Medical Microbiology. October 1981 - March 1982
504			_aReferences : Pages 53-70.
520			_aThe well known and enormous ability of micro-organisms to adapt themselves to new conditions of life has been a frequent cause of complications in bacteriological studies. The adaptability of microorganisms to environment is, at a glance, greater then that of higher organisms, no doubt owing to their higher reproduction-rate and their unicelluler condition. This phenomenon has been known since the time when drugs active against micro-organisms were first discovered, and now certain well-established methods of chemotherapy seem to be threatened by it. Various mechanisms have been proposed to account for drug adaptation. In order to classify these theories it is important to consider whether they assume that change leading to an inheritable state of resistance occurs before or after contact with the drug.
650			_aDrug Resistance, bacterial
650			_aDrug resistance in microorganisms
650			_aAnti-Bacterial Agents
856			_uhttps://library.nih.gov.my/e-doc/flipbook/thesis/dmm/82-83/index.html _3Flip Book
856			_uhttps://repository.nih.gov.my/handle/123456789/81 _3Repository
999			_c28115
999			_aDMM0000082
999			_aDMM0000083