Invertebrate Reproduction & Development
Overview
Invertebrate Reproduction & Development is a scientific journal, published since 1989 in English and French. The journal's country of origin is United Kingdom.
Details
Details
Abbr.
Invertebr Reprod Dev
Start
1989
End
Continuing
Frequency
Six no. a year
p-ISSN
0792-4259
e-ISSN
2157-0272
Country
United Kingdom
Languages
English
French
French
Metrics
Metrics
h-index / Ranks: 8575
41
SJR / Ranks: 10867
369
CiteScore / Ranks: 11545
1.60
JIF / Ranks: 7093
0.8
Recent Articles
1.
Hochberg R, Yang H, Walsh E, Wallace R
Invertebr Reprod Dev
. 2019 Oct;
63(2):122-134.
PMID: 31656367
Rotifers that engage in cyclical parthenogenesis produce two types of eggs: subitaneous eggs that hatch as clonal females and meiotic eggs that hatch as haploid males, or if fertilized, as...
2.
Murthy M, Ram J
Invertebr Reprod Dev
. 2015 Aug;
59(sup1):1-4.
PMID: 26241448
Invertebrate model systems, such as nematodes and fruit flies, have provided valuable information about the genetics and cellular biology involved in aging. However, limitations of these simple, genetically tractable organisms...
3.
Tissenbaum H
Invertebr Reprod Dev
. 2015 Jul;
59(sup1):59-63.
PMID: 26136622
Over a century ago, the zoologist Emile Maupas first identified the nematode, in the soil in Algiers. Subsequent work and phylogenic studies renamed the species or more commonly referred to...
4.
Jasper H
Invertebr Reprod Dev
. 2015 Jul;
59(sup1):51-58.
PMID: 26136621
The gastrointestinal tract, due to its role as a digestive organ and as a barrier between the exterior and interior milieus, is critically impacted by dietary, environmental, and inflammatory conditions...
5.
Munday R, Rodriguez D, di Maio A, Kassmer S, Braden B, Taketa D, et al.
Invertebr Reprod Dev
. 2015 Jul;
59(sup1):45-50.
PMID: 26136620
What mechanisms underlie aging? One theory, the wear-and-tear model, attributes aging to progressive deterioration in the molecular and cellular machinery which eventually lead to death through the disruption of physiological...
6.
Bellantuono A, Bridge D, Martinez D
Invertebr Reprod Dev
. 2015 Jul;
59(sup1):39-44.
PMID: 26136619
represents a unique model system for the study of senescence, with the opportunity for the comparison of non-aging and induced senescence. maintains three stem cell lineages, used for continuous tissue...
7.
Voskoboynik A, Weissman I
Invertebr Reprod Dev
. 2015 Jul;
59(sup1):33-38.
PMID: 26136618
The decline of tissue regenerative potential with the loss of stem cell function is a hallmark of mammalian aging. We study a colonial chordate which exhibits robust stem cell-mediated regeneration...
8.
Arking R
Invertebr Reprod Dev
. 2015 Jul;
59(sup1):28-32.
PMID: 26136617
Curcumin feeding of larvae or young adults inhibits TOR and other known longevity genes and induces an extended health span in a normal-lived Ra strain adult. Combining larval curcumin feeding...
9.
Bodnar A
Invertebr Reprod Dev
. 2015 Jul;
59(sup1):23-27.
PMID: 26136616
Sea urchins exhibit a very different life history from humans and short-lived model animals and therefore provide the opportunity to gain new insight into the complex process of aging. Sea...
10.
Tomczyk S, Fischer K, Austad S, Galliot B
Invertebr Reprod Dev
. 2015 Jun;
59(sup1):11-16.
PMID: 26120246
Cnidarian polyps escape senescence, most likely due to the robust activity of their three stem cell populations. These stem cells continuously self-renew in the body column and differentiate at the...