The present results show that testis xenografting would be a relevant approach via which to investigate the effects of these chemicals on the development of the seminiferous cords, germ cell development and steroidogenesis by the human fetal testis under conditions in which normal cell development and function appears to be occurring.
(via) Which is weird, right?
This approach varies significantly from previous approaches in which cellulase enzymes are produced via fermentation processes using native or engineered microorganisms.
Co-infection was investigated via two approaches – consideration of which enteropathogens were co-occurring in samples, and the exact combination of enteropathogens present.
For larger systems, G3(MP2 -RAD barriers can be approximated (to within 1 kJ mol−1) via an ONIOM-based approach in which the core is studied at G3(MP2 -RAD and the substituent effects are MP2 -RADwith ROMP2/6-311+G(3df,2p).
Similar results could also be obtained via an alternative approach, in which instead of using noise components, principal components were shuffled across trials in a fashion that preserved their underlying correlation with chosen value, or by examining the contribution of PC1 or PC2 alone.
Therefore, we here present an approach in which miRNAs are linked to diseases via proteins, thereby directly providing biological hypotheses.
Therefore it becomes a challenge to detect the signatures under selection within genome via statistical approaches, which has been one of the central tasks of evolutionary genetics for the recent two decades (Kreitman and Akashi, 1995).
The retrosynthetic approach via 3′-methylsulfonylacetophenone, which included three synthetic pathways, did not allow us to obtain the expected compound.
Mutation-based fault localization (MBFL) is a recently proposed fault localization approach via mutation analysis, which uses the location of mutants to identify the faulty statements.
This clinical report presents a simplified surgical procedure for accessing the maxillary sinus antrum via lateral and crestal approaches, which reduces the potential for sinus membrane perforation and subsequent complications when graft materials and dental implants are placed into the sinus.
