Structure requirements for selectivity against Cav1.2 as well against Cav3.2 are described.
A simple process is presented that realizes carbon nanotube (CNT) arrays that meet the process and structure requirements for use in large-scale integrated circuits.
The preliminary structure-activity relationship, to elucidate the essential structure requirements for the antimicrobial activity that results into anti-MRSA (methicillin-resistant S. aureus) potential, has been described.
Investigations into the influence of aliphatic spacer length and nature of a hydrophilic anchor on the antioxidant activity allowed elucidating certain structure requirements for the membrane-addressed antioxidant designing.
The enzymes involved in EPG attachment to eEF1A, or the amino acid sequence or structure requirements for EPG modification of eEF1A, have not been characterized.
To our knowledge, this is the first report addressing amino acid sequence, or structure, requirements for EPG modification of eEF1A in any organism.
The proposed model of secondary structure requirements for efficient splicing is the first attempt to specify the functional relationship between pre-mRNA secondary structure and splicing.
It is often not easy to detect epistatic quantitative trait loci (QTL) due to complicated population structure requirements for detecting epistatic effects in linkage analysis studies and due to main effects often being hidden by interaction effects.
Similar structure requirements for OATP1B1 substrates were also derived from comparative molecular field analysis (CoMFA) on the basis of competitive inhibitors of estradiol-17β-glucuronide. In contrast, transporter protein-based methods for OATP1B1 are currently limited because there is no high resolution crystal structure available.
In this paper we use computational RNA secondary structure prediction to study structural requirements for efficient splicing in yeast.
