D
Dale D. Dykes
Researcher at Gulf Coast Regional Blood Center
Publications - 15
Citations - 20054
Dale D. Dykes is an academic researcher from Gulf Coast Regional Blood Center. The author has contributed to research in topics: Restriction fragment length polymorphism & Isoelectric focusing. The author has an hindex of 7, co-authored 15 publications receiving 19389 citations.
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A simple salting out procedure for extracting DNA from human nucleated cells
TL;DR: A rapid, safe and inexpensive method was developed to simplify the deprotein-ization procedure that yielded quantities comparable to those obtained from phenol-chloroform extractions, rendering the entire process of RFLP analysis free of toxic materials.
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The use of biotinylated DNA probes in parentage testing: non-isotopic labeling and non-toxic extraction.
TL;DR: By manipulating probe sizes, blocking agents, selection of membrane and detection system, it is feasible to use non‐isotopic labeling and detection in routine parentage testing and Reproducible results were obtained.
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Coagulation factor XIII B subunit is encoded by a gene linked to the regulator of complement activation (RCA) gene cluster in man
Santiago de Cordoba Rodriguez,Javier Rey-Campos,Dale D. Dykes,Phyllis J. McAlpine,P. Wong,Pablo Rubinstein +5 more
TL;DR: It is reported that the human F13B gene is also a member of RCA gene cluster and that it maps in close proximity to the gene encoding complement factor H.
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The use of biotinylated DNA probes for detecting single copy human restriction fragment length polymorphisms separated by electrophoresis
TL;DR: Human genomic DNA probes labeled by nick translation with biotin 11‐UTP were successfully used to identify single copy restriction fragment length polymorphisms following electrophoresis and Southern blotting onto nylon membranes.
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Gene frequency distribution of the B subunit of factor XIII (F XIIIB) in Minnesota Whites, Blacks and Amerindians
TL;DR: Serum specimens from local Whites, Blacks and Amerindians were phenotyped for the B subunit of Factor XIII to prove to be a valuable marker for anthropological genetics and parentage testing.