Results 261 to 270 of about 631,057 (304)
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DNA sequence organization in the pea genome
Biochemistry, 1978The reassociation kinetics of pea (Pisum sativum L.) DNA fragments (300 nucleotides) were measured with hydroxylapatite. The most slowly reassociating fragments do so with a rate constant of 2 X 10(-4) L mol-1s-1, as determined from experiments with total DNA as well as with a tracer enriched for slowly renaturing sequences.
M G, Murray, R E, Cuellar, W F, Thompson
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Motion organization in “stop action” sequences
Scandinavian Journal of Psychology, 1977Abstract.— Do the contents of our successive glances combine by virtue of motion segregation (Johansson) effects? Some explanations of the effects (for example, that they result from uncompensated pursuit eye movements, or that they occur only with continuous stimulus movement) would oppose that proposal.
J, Hochberg, P, Fallon, V, Brooks
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2016
The adjacency pair is the most basic and normatively accountable sequential structure in interaction. This structure can be expanded through pre-sequences, insert-sequences, and post-expansions, which can be seen to be relevantly oriented to by interactants themselves.
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The adjacency pair is the most basic and normatively accountable sequential structure in interaction. This structure can be expanded through pre-sequences, insert-sequences, and post-expansions, which can be seen to be relevantly oriented to by interactants themselves.
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DNA sequence and the organization of chromosomal domains
Current Opinion in Genetics & Development, 2008The combination of chromatin structure and the organization of chromosomes in eukaryotic nuclei affects many genome functions. Distinct functional states of genes ranging from 'highly active' to 'silenced' correlate with particular nucleosome arrangements, histone variants, histone modifications, and interactions of non-histone regulators ...
Tobias, Straub, Peter B, Becker
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Sequence and organization of the human mitochondrial genome
Nature, 1981The complete sequence of the 16,569-base pair human mitochondrial genome is presented. The genes for the 12S and 16S rRNAs, 22 tRNAs, cytochrome c oxidase subunits I, II and III, ATPase subunit 6, cytochrome b and eight other predicted protein coding genes have been located.
ANDERSON, S +13 more
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Sequence organization of animal nuclear DNA
Human Genetics, 1980Animal nuclear genomes contain DNA sequences of various degrees of repetition. These sequences are organized in highly ordered fashions; repetitive and nonrepetitive sequences either alternate in short periods, i.e., short [0.2-0.4 kilobases (kb) long] repeats are flanked by nonrepetitive sequences less than 2 kb long, or in longer periods, with ...
J, Schmidtke, J T, Epplen
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Sequence organization in the DNA of three Selachians
Experientia, 1982The DNA interspersion pattern in 3 Selachians (R. asterias, T. marmorata and S. stellaris) has been studied through the reassociation kinetics of short (0.3 Kb) and long (2.5 Kb) DNA fragments. Preliminary results show that most of the DNA (approximately 80%) of these organisms is arranged according to a short-period interspersion pattern.
E. Olmo +3 more
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Computer Organization and Architecture and the Laboratory Sequence
Computer, 1977In November of 1976, the Computer Society's Model Curricula Subcommittee issued a report on "A Curriculum in Computer Science and Engineering." Two subject areas of that curriculum are summarized here: computer organization and architecture, and the associated laboratory sequence.
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cDNA Sequence and Genomic Organization of Mouse Secretin
Biochemical and Biophysical Research Communications, 1994A murine insulinoma library was constructed by subtracting glucagonoma cDNAs from insulinoma cDNAs. Comparison of the nucleotide sequence of one of the clones with sequences from the GenBank database showed that it was a member of the secretin family.
Lan, M +4 more
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Justifying Organ Allocation Out of Sequence
The American Journal of BioethicsThe rise of Allocation Out of Sequence (AOOS) in organ transplantation in the United States has raised significant ethical concerns. By the end of 2024, 20% of kidneys were transplanted out of the standard match sequence, drawing regulatory scrutiny. Critics argue that AOOS fails to prevent organ nonuse, does not address underlying inefficiencies in ...
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