000 01790 a2200493 4500
005 20250514030942.0
264 0 _c20020905
008 200209s 0 0 eng d
022 _a0006-3592
024 7 _a10.1002/bit.10212
_2doi
040 _aNLM
_beng
_cNLM
100 1 _aJeevarajan, Antony S
245 0 0 _aContinuous pH monitoring in a perfused bioreactor system using an optical pH sensor.
_h[electronic resource]
260 _bBiotechnology and bioengineering
_cMay 2002
300 _a467-72 p.
_bdigital
500 _aPublication Type: Comparative Study; Journal Article; Research Support, Non-U.S. Gov't; Research Support, U.S. Gov't, Non-P.H.S.
650 0 4 _aAnimals
650 0 4 _aBiofilms
_xgrowth & development
650 0 4 _aBioreactors
650 0 4 _aCell Line
650 0 4 _aCricetinae
650 0 4 _aCulture Media
650 0 4 _aEquipment Design
650 0 4 _aEquipment Failure Analysis
_xmethods
650 0 4 _aFeasibility Studies
650 0 4 _aHydrogen-Ion Concentration
650 0 4 _aIndicators and Reagents
_xanalysis
650 0 4 _aKidney
_xchemistry
650 0 4 _aMembrane Glycoproteins
_xphysiology
650 0 4 _aOptics and Photonics
_xinstrumentation
650 0 4 _aPerfusion
650 0 4 _aPhenolsulfonphthalein
_xanalysis
650 0 4 _aSensitivity and Specificity
650 0 4 _aSpectrophotometry
_xinstrumentation
650 0 4 _aTime Factors
650 0 4 _aTransducers
650 0 4 _aUnited States
650 0 4 _aUnited States National Aeronautics and Space Administration
700 1 _aVani, Sundeep
700 1 _aTaylor, Thomas D
700 1 _aAnderson, Melody M
773 0 _tBiotechnology and bioengineering
_gvol. 78
_gno. 4
_gp. 467-72
856 4 0 _uhttps://doi.org/10.1002/bit.10212
_zAvailable from publisher's website
999 _c11851493
_d11851493