BUKU BASA INGGRIS KAKAIT KARO «BIMATERNAL»
Temukaké kagunané saka
bimaternal ing pilihan bibliografi iki. Buku kang kakait dening
bimaternal lan pethikan cekak kang padha kanggo nyediyakaké panggunané ing sastra Basa Inggris.
1
Trends in Stem Cell Biology and Technology
... imprinting-control regions (the H19 differentially methylated region [DMR] and
the Dlk1-Dio3 intergenic germ line–derived DMR) are the only paternal barriers
that prevent the normal development of bimaternal mouse foetuses to term (12).
... imprinting Genomic imprinting was discovered in 1984 by pronuclear transfer
experiments. Bipaternal and bimaternal embryos were created in parallel to
reveal opposite lethal phenotypes.1–3 The genomes inherited from the mother
and ...
Sean Kehoe, Lyn Chitty, Tessa Homfray, 2009
3
Advances in Proinsulin Research and Application: 2011 ...
The researchers concluded: “Our results indicated that the Igf2 mRNA level
affects transcription of angiogenic factors in both bimaternal placentae and
fetuses.” Kawahara and colleagues published their study in the Journal of
Reproduction ...
4
Somatic Cell Nuclear Transfer
... and fibroblast cells) with M. m. molossinus mtDNA and oocytes with M. m.
domesticus mtDNA No evidence for donor cell mtDNA in blood samples but low
levels of other heteroplasmic variants attributed to bimaternal inheritance; note
that in ...
5
Diagnostic and Therapeutic Advances in Pediatric Oncology
A bipaternal conception formed only a placenta, while a bimaternal conception
evolved solely into disorganized embryonal tissues. Biparental status was
necessary for the development of a normal placenta and a normal viable fetus.
David O. Walterhouse, Susan L. Cohn, 1997
6
Cells: Advances in Research and Application: 2011 Edition
... of an organism,” researchers in Seoul, South Korea report. “In this study, we
generated induced pluripotent stem (iPS) cells from bimaternal (uniparental)
parthenogenetic neural stem cells (pNSCs) by transduction with either four (4F:
Oct4, ...
7
Issues in Genetic Medicine: 2011 Edition
... layers of an organism.” “In this study, we generated induced pluripotent stem (
iPS) cells from bimaternal (uniparental) parthenogenetic neural stem cells (
pNSCs) by transduction with either four (4F: Oct4, Klf4, Sox2, and c-Myc) or two (
2F: Oct4.
8
The Epigenome: Molecular Hide and Seek
The presence of imprinted genes is the reason why mammals do not support
parthenogenetic (bimaternal) or androgenetic (bipaternal) development. So, how
does the transcriptional machinery of the cell tell the difference between the two ...
Stephan Beck, Alexander Olek, 2006
9
Introduction to Clinical Nutrition, Third Edition
The bimaternal mice were smaller in size and had more eosinophils, white blood
cells that improve immune function, than the normal female mice. The female
genes, body weight, and improved immune function may contribute to longevity.
Vishwanath Sardesai, 2011
10
Reclaimed Powers: Men and Women in Later Life
It cannot be stated too often: as we consider these new uniparental or bimaternal
parenting formats we have to keep in mind not only the well-being of parents, but
also the developmental requirements of the children. What is good for General ...
BABAGAN WARTA KANG NGLEBOKAKÉ ARAN «BIMATERNAL»
Weruhi yèn pawarta nasional lan internasional wis ngomongaké lan kepriyé aran
bimaternal digunakaké ing babagan warta iki.
The Importance of Being Female
The bimaternal mice were much smaller than the other females. In the natural world, males grow bigger, perhaps to improve their chance of ... «TIME, Feb 10»
Why women live so much longer than men (And, no, it's not because …
The mice born as a result were bimaternal, having genetic material from two mothers, but no father, and their lifespan was compared with ... «Daily Mail, Des 09»
