The University of Michigan’s Department of Human Genetics and its Impact on Medical Education

This poster was presented at the University of Michigan's2012 Medical Education Day held on June 5. It highlights the University of Michigan's Department of Human Genetics and the role that it has played and continues to play in medical education and genetic research.http://deepblue.lib.umich.edu/bitstream/2027.42/91296/1/Merle_TimeLine_Template2.pd

Institutional Review Board for the Protection of Human Subjects

This is a continuing educational course presented at the 2012 Michigan Health Sciences Libraries Association (MHSLA)/http://deepblue.lib.umich.edu/bitstream/2027.42/94130/1/MHSHLA_IRBce-1.pd

Modification of the RLA model for presenting a cluster system of a composite material with a fractal filler structure

The paper proposes a modification of the diffusion-limited aggregation model to study the properties of a cluster system. A computational experiment to determine the mutual influence of the sticking probability and the volume concentration of particles on the formation of fractal clusters in a cluster system was carried out in accordance  with  the  second-order  orthogonal  central  compositional  plan  (OCCP).  As  a  result of a computational experiment in accordance with the OCCP, an equation was obtained for the dependence of the mass fractal dimension of clusters on the volume of particle concentration and the probability of adhesion of diffusing particles and cluster particles in the adhesion zone. This dependence was obtained in a range of volume concentration of particles from 2 to 5 % and the probability of adhesion of diffusing particles and particles of clusters in the adhesion zone from 0.2 to 1.The paper proposes a modification of the diffusion-limited aggregation model to study the properties of a cluster system. A computational experiment to determine the mutual influence of the sticking probability and the volume concentration of particles on the formation of fractal clusters in a cluster system was carried out in accordance  with  the  second-order  orthogonal  central  compositional  plan  (OCCP).  As  a  result of a computational experiment in accordance with the OCCP, an equation was obtained for the dependence of the mass fractal dimension of clusters on the volume of particle concentration and the probability of adhesion of diffusing particles and cluster particles in the adhesion zone. This dependence was obtained in a range of volume concentration of particles from 2 to 5 % and the probability of adhesion of diffusing particles and particles of clusters in the adhesion zone from 0.2 to 1

The library at the point of care : integrated resources and instruction in the third-year medical school curriculum

http://deepblue.lib.umich.edu/bitstream/2027.42/101130/1/M3IntegrationPosterMLA2013.pd

A study of librarian involvement in locally-created systematic reviews

http://deepblue.lib.umich.edu/bitstream/2027.42/101132/1/SRInvolvementPosterMLA2013.pd

Retracted Publications: The Hidden World of Biomedical Literature

This is a presentation presented at the Special Libraries Association 2012 Annual Conference held in Chicago, Illinois on July 18, 2012.http://deepblue.lib.umich.edu/bitstream/2027.42/91997/1/SLA PowerPoint.pd

Modification of the RLA model for presenting a cluster system of a composite material with a fractal filler structure

The paper proposes a modification of the diffusion-limited aggregation model to study the properties of a cluster system. A computational experiment to determine the mutual influence of the sticking probability and the volume concentration of particles on the formation of fractal clusters in a cluster system was carried out in accordance with the second-order orthogonal central compositional plan (OCCP). As a result of a computational experiment in accordance with the OCCP, an equation was obtained for the dependence of the mass fractal dimension of clusters on the volume of particle concentration and the probability of adhesion of diffusing particles and cluster particles in the adhesion zone. This dependence was obtained in a range of volume concentration of particles from 2 to 5 % and the probability of adhesion of diffusing particles and particles of clusters in the adhesion zone from 0.2 to 1

The formation of a beam propagating in a slow-expansion mode on diffraction of a circular segment-shaped laser beam

The light field structure on diffraction of a circular segment-shaped laser beam was studied. At distances of 6–20 cm from a segment-shaped aperture obstructing a circular laser beam, the formation of the beam structure propagating in a slow-expansion mode was detected. The diffracted beam structure has been fully formed in the shadow region at a distance of 20 cm from the obstacle. In the boundary region of the aperture straight edge, the helical beams of the opposite topological charges were reconstructed by the theoretical 3-D propagation of the laser beam