Search Results - "WALLENBURG, J. C"

Integration of a vector containing a repetitive LINE-1 element in the human genome by Richard, M, Belmaaza, A, Gusew, N, Wallenburg, J C, Chartrand, P

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Genetic exchange between endogenous and exogenous LINE-1 repetitive elements in mouse cells by BELMAAZA, A, WALLENBURG, J. C, BROUILLETTE, S, GUSEW, N, CHARTRAND, P

“…The repetitive LINE (L1) elements of the mouse, which are present at about 10(5) copies per genome and share over 80% of sequence homology, were examined for…”
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Random and nonrandom integration of a polyomavirus DNA molecule containing highly repetitive cellular sequences by WALLENBURG, J. C, NEPVEU, A, CHARTRAND, P

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Integration of a vector containing rodent repetitive elements in the rat genome by WALLENBURG, J. C, NEPVEU, A, CHARTRAND, P

“…We have previously shown that integration of a polyoma vector containing rodent repetitive elements into rat cellular DNA is non-random (Wallenburg et al. J…”
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Inexpensive and simple set-up for field inversion gel electrophoresis by ROY, G, WALLENBURG, J. C, CHARTRAND, P

“…The introduction of field inversion gel electrophoresis now permits the easy characterization of very long fragments of DNA. This is in the process of…”
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Chromosomal illegitimate recombination in mammalian cells is associated with intrinsically bent DNA elements by Milot, E., Belmaaza, A., Wallenburg, J.C., Gusew, N., Bradley, W.E., Chartrand, P.

“…Illegitimate recombination is the most frequent mechanism for chromosomal rearrangements in mammalian cells, yet little is known about this process. Most of…”
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Chromosomal illegitimate recombination in mammalian cells is associated with intrisically bent DNA elements by MILOT, E, BELMAAZA, A, WALLENBURG, J. C, GUSEW, N, BRADLEY, W. E. C, CHARTRAND, P

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Integration of a Vector Containing a Repetitive LINE-1 Element in the Human Genome by Richard, M., Belmaaza, A., Gusew, N., Wallenburg, J. C., Chartrand, P.

“…Mammalian cells contain numerous nonallelic repeated sequences, such as multicopy genes, gene families, and repeated elements. One common feature of nonallelic…”
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Inducible expression vectors for gene therapy using bone marrow by Wallenburg, John C., Chartrand, Pierre

“…One of the major obstacles to using bone marrow for gene therapy is the difficulty in achieving long-term stable expression at clinically significant levels in…”
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