Some Major Steps in the Understanding of the Chemistry and Biochemistry of Chl - Chlorophyll Biosynthesis and Technological Applications - page 26

1.3.14 Rebeiz et al., 1988

In 1988, Rebeiz et al. developed equations for the determination of precursor-product
relationships, in vivo, and in vitro (Rebeiz et al. 1988b ).

1.3.15 Wu et al., 1989

In 1989, Wu et al. developed spectrofluorometric equations for the quantitative
determination of DV and MV chlorophyll(ide) a and b at 77 K (Wu et al. 1989 ).

1.3.16 Shedbalkar and Rebeiz, 1992

In1992, Shedbalkar and Rebeiz, determined the molar extinction coefficients of DV
Chl a and b and their pheophytins (Shedbalkar and Rebeiz 1992 ).

1.3.17 Parham and Rebeiz, 1995

In 1995, Parham and Rebeiz, developed an assay for [4-vinyl] Chlide a reductase
using exogenous DV Chlide a (Parham and Rebeiz 1995 ).

1.3.18 Ioannides et al., 1997

In 1997, Ioannides et al. developed spectrofluorometric equations for the quantita-
tive determination of MV Pchlide b (Ioannides et al. 1997 ).

1.3.19 Kopetz et al., 2004

In 2004, Kopetz et al. developed analytical tools for probing the relationship
between Chl biosynthesis and the topography of photosynthetic membranes
(Kopetz et al. 2004 ).