Developmental stage activity

Wang, S.Y. and Lin, H.S., Antioxidant activity in fruits and leaves of blackberry, raspberry, and strawberry varies with cultivar and developmental stage, J. Agric. Food Chem., 48, 140, 2000. 

B) at the indicated stages, and the PGl, PG2, and total PG activities were determined by differential heat inactivation. Each time point is the average of at least two separate extractions assayed in duplicate. The developmental stages are MG, mature green Br, breaker stage, (time of first external color development) and +2, +5, +7, and +10 are days after breaker. 

Justus, D. and Ivey, M. (1969) Chitinase activity in developmental stages of Ascaris suum and its inhibition by antibody. Journal of Parasitology 55, 472-476. 

The physical methods include dilution, emulsification, addition of surface active agents, etc. Chemical conversion includes those methods involving carbon rejection and those of hydrogen addition . So far, there has not been any bioconversion process that has accomplished the developmental stage however, there have been some MEOR initiatives, which could be taken as inspiration for upgrading routes. Some of them will be mentioned here as examples, but will be specifically identified as MEOR alternatives. 

TCDD causes bone marrow hypocellularity, with specific decreases in the total number of hematopoietic stem cells (HSC) and lymphocyte precursors.42 16 Exposure to TCDD also diminishes mRNA levels of recombination activating gene-1 and terminal deoxy-nucleotidyl transferase in bone marrow cells.47 The best characterized effect of TCDD on bone marrow is the impaired maturation of B cells. A single dose of TCDD causes a transient, time- and dose-dependent, and developmental stage-specific impairment in B cell maturation, with mature B cells affected first, followed by depletion of B cell progenitors.45-46... 

A single sentence describing some properties of the unknown protein is not regarded as optimal automatic annotation of TrEMBL. As with SWISS-PROT, as much information as possible is required about properties such as function (s) of the protein, domains and sites, catalytic activity, cofactors, regulation, induction, pathways, tissue specificity, developmental stages, and subcellular location. 

There exists evidence that some insects store dietary alkaloids derived from natural sources. Figure 98 presents insect species that are known to accumulate pyrrolizidine alkaloids during different developmental stages. The larvae and adults of these insects can metabolize pyrrolizidine alkaloids in current physiological activities. These alkaloids are not toxic for these organisms. Moreover, there is observed trace accumulation of a portion of these compounds in the liver. There is no definitive purpose for these traces. Generally, the opinion presented in 1888 by Stahl in Germany that the accumulation of alkaloids is for defensive purposes has been most often cited in the research literature. 

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