Sentence examples for mature terminal from inspiring English sources

The developmental arrest in chdC-null mutant cells was completely penetrant, with no migratory pseudoplasmodia or mature terminal wild-type structures formed.

The branch points were counted in the three largest ducts in seven pairs (a total of 14 glands) of number four glands from the nipple to the periphery of the fat pad and the mature terminal end buds along the periphery of the fat pad.

As stated in the Background section, previously described deduced ST proteins [ 33- 36] are characterized by the presence of a signal peptide, a mature N-terminal end before repeats, and tandem repeats of 25/26 amino acids.

Myostatin normally exists in an inactive state in which the mature C-terminal portion of the molecule is bound non-covalently to its N-terminal propeptide.

Previous studies have demonstrated that following processing of the myostatin precursor protein by furin proteases, the propeptide remains non-covalently bound to the mature C-terminal dimer and maintains it in a latent, inactive state [12], [15], [16].

Chaplin peptides were synthesised according to the published sequences of the mature (N-terminal cleaved) peptides [5] (UniProt accession numbers: ChpD (Q9L1J9); ChpE (Q9X9Z2); ChpF (Q9KYG7); ChpG (Q9KYH3); ChpH (Q9AD92)) in house using a CEM microwave peptide synthesiser (CEM Corporation, NC, USA) or by CS Bio Co. (Menlo Park, CA, USA).

These results indicate that the mature N-terminal coding regions of rice RPL6 proteins are important for mitochondrial localization.

The hypothesis that mature presynaptic terminals remodel during synaptic strengthening (Hebb 1949) has received surprisingly little attention.

In addition, the mature C-terminal sequences are all positively charged due to the presence of excess arginines and lysines.

Transient assays using green fluorescent protein indicated that their mature N-terminal coding regions contain the mitochondrial targeting information.

Chol-1α antigens are marker glycolipids of mature cholinergic terminals (Richardson et al., 1982; Derrington and Borroni, 1990).