CĂRȚI ÎN ENGLEZĂ ÎN LEGĂTURĂ CU «HYPERPLOIDY»
Descoperă întrebuințarea
hyperploidy în următoarea selecție bibliografică. Cărți în legătură cu
hyperploidy și extrase din aceasta pentru a furniza contextul de întrebuințare al acestuia în literatura Engleză.
1
Male-Mediated Developmental Toxicity
Studies of synaptonemal complex formation in mutagen-treated rodents have
revealed that homologue synaptic processes are subject to many forms of
perturbation, some types of damage being correlated with subsequent
hyperploidy (Allen ...
Andrew F. Olshan, Donald R. Mattison, 1994
2
Molecular Epidemiology: Principles and Practices
Marker/medium: Assay: Design/analysis: Results: Issues pertaining to the use of
markers: DNA hyperploidy/exfoliated bladder cells in urine Absolute measure of
Nuclear Fluorescence Intensity (ANFI) Cross-sectional study of 504 workers.
Paul A. Schulte, Frederica P. Perera, 1998
3
Animal Cytology and Evolution
Thus the origin of multiple sex-chromosome mechanisms by 'hyperploidy' rather
than by dissociation is not very plausible. In general, the origin of multiple sex-
chromosome mechanisms by dissociation is not possible in those groups where
...
4
Blood Vessel Changes in Hypertension Structure and Function
C. Functional Significance of Smooth Muscle Hypertrophy and Hyperploidy Our
observation that the major growth response of aortic smooth muscle cells in
several chronic models of experimental hypertension is hypertrophy and
hyperploidy ...
Thus aneuploidy can be either due to gain of one or more chromosomes (
hyperploidy) or due to loss of one or more chromosomes (hypoploidy) from a
complete somatic or diploid (sporophytic) chromosome complement. When
hyperploidy is ...
Aneuploidy can be either due to loss of one or more chromosomes (hypoploidy)
or due to addition of one or more chromosomes to complete chromosome
complement (hyperploidy). Hypoploidy is mainly due to loss of a single
chromosome ...
7
Textbook of Malignant Haematology
Augmentation in chromosome number: • hyperploidy: 46-50 chromosomes; •
hyperploidy: 50-65 chromosomes; • hyperploidy: >65 chromosomes; • near-
tetraploidy or tetraploidy. Structural alterations These are shown in Table 26.2.
Laurent Degos, David C Linch, Bob Löwenberg, 1999
8
University Botany Ii : (Gymnosperms, Plant Anatomy, ...
Hyperploidy is the addition of one or more chromosomes to the diploid genome
of an organism. If only one chromosome is added to the genome it is called
Trisomy (2n+l). When one chromosome of the diploid organism is represented
four ...
S M Reddy, S J Chary, 2003
9
Cytogenetics and Cell Genetics
young (Ma). and aged (Ag) females: (a) total hyperploidy; (b) hyperploidy in (Ma).
and aged (Ag) females: (ii) total polyploidy: (b) triploid embryos due to a
maternally derived chromosomes; (c) hyperploidy in patemally derived chro-
dispermic ...
PMSG and HCG. the frequency of hyperploidy (0.5%) was identical to that among
oocytes from spontaneous ovulations (Hansmann, '78). From the above
investigations, primarily on adults, induction of ovulation does not appear to
significantly ...
