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Biomedical subjects

L H Robinson

Publications and source records attributed to L H Robinson.

34 records · Page 2Linked to original sources

HindII, HindIII, and HpaI restriction fragment maps of the left arm of bacteriophage lambda DNA.

The sites on the left arm of bacteriophage lambda DNA cleaved by the restriction endonucleases isolated from Hemophilus influenzae strain Rc (HincII) and Rd (HindII + III), and Hemophilus parainfluenzae (HpaI) were localized on the lambda physical map, and the fragments resulting from these cleavages were identified by gel electrophoresis. The restriction sites within the b2 region of lambda were mapped by analysis of the digestion profiles of deletion and substitution derivatives of lambda, as well as by digesting individual fragments produced by one restriction endonuclease with another restriction endonuclease. The restriction sites of the lambda genome between the left vegetative end and the b2 region were mapped entirely by succesive digestion experiments. The restriction fragment map for the right arm of lambda may be found in the accompanying paper (Robinson and Landy, 1977).

Chromosome Mapping↗

Psychiatric consultation for physically ill children.

In addition to age-appropriate information about his physical condition and its treatment, the child needs help with the feelings associated with being ill or injured. If the feelings are so powerful that a state of despair exists, or are strongly defended against with self-defeating and unresponsive behavior, consultation with the child psychiatrist should be requested.

Acting Out↗

Relative dose efficiencies of antiscatter grids and air gaps in pediatric radiography.

The relative dose efficiencies (RDE) of various antiscatter grids and air gaps were determined for conditions simulating those found in pediatric radiography, using phantoms representing a newborn child, a 5-yr-old and a 10-yr-old child. Our data indicate than an air gap is best for the newborn, due to the low levels of scatter. The 8:1 fiber grid or 15.2-cm air gap without a grid can improve dose efficiency (DE) for the 5-yr-old child by 20%-25% relative to the 3.3-cm air gap and no-grid technique, while for the 10-yr-old child, DE can be improved by 40% with an 8:1 fiber grid.

Child↗