000			01222nam a2200277 a 4500
005			20250913093831.0
007			mr b acdz
008			981208s1975 xxk24 00mueng
039		9	_a201404021305 _blatihan _c200701301333 _drosma _c200405260810 _dmidah _y08-18-1999 _zload
090			_afilem QH581.A25
090			_afilem QH581 _b.A25
245	0	0	_aActive transport _h[motion picture] / _cOpen University ; Vic Dainels, A. A. Eddy
260			_aMilton Keynes : _bOpen University, _c1975
300			_a1 film reel (24 min.) : _bsd., b&w. ; _c16 mm. + _enotes
500			_aAccording to the so-called ion gradient hypothesis the spontaneous movements of sodium ions and possibly potassium ions across the cell membrane of mammalian cells provides the energy needed to concentrate amino acids within the cell. This'sodium gradient' hypothesis is explained by a leading exponent, Prof, Eddy
500			_aBahan rosak (Lupus)
650		0	_aCells
711	2		_aOpen University
907			_a.b10018037 _b2020-10-12 _c2019-11-12
942			_c3 _n0 _kfilem QH581.A25
998			_at _b1999-05-08 _cm _da _feng _gxxk
914			_avtls000001942
990			_awan
991			_aFakulti Sains Hayat
999			_c3846 _d3846