... and their receptors (TRs) play critical roles during vertebrate development. One of the most dramatic developmental processes regulated by thyroid hormones is frog metamorphosis, which mimics the postembryonic (perinatal) period in mammals. Here, we review some of the findings on the developmental functions...

... metamorphosis. JH is produced specifically in the corpora allata (CA) via the functioning of a set of JH biosynthetic enzymes (JHBEs). Expression of JHBE genes in the CA is coordinated except for JH acid methyltransferase (JHAMT), which functions in the last step of JH biosynthesis. Here, we sought...

.../post-metamorphic life history (Tigriopus californicus). At three lifecycle stages (fecundity, metamorphosis, and post-metamorphosis), we quantified the effects of inbreeding and outbreeding in crosses with varying degrees of recent common ancestry. Although inbreeding and outbreeding...

..., modulatory roles in tissue remodeling during development and in immune responses, and pathologic damage, remodeling, and fibrosis. conference development eosinophils evolution granules granulocytes hemocytes metamorphosis peroxidases ribonucleases Food and Drug Administration R01FD004086...

...Saijun Peng; Lijing Ye; Yongxue Li; Fanghan Wang; Tingting Sun; Lei Wang; Jianmin Zhao; Zhijun Dong metamorphosis microbiome metagenome symbioses jellyfish blooms Key Project of NSFC-Shangdong Joint Fund U2106208 National Science & Technology Fundamental Resources Investigation...

... to extreme environments. However, whether gut microbiota help the host to colonize caves, a resource-limited environment, remains unknown. The nonobligate cave frog Oreolalax rhodostigmatus completes its metamorphosis within caves for 3–5 years before foraging outside. Their tadpoles...

.... Subsequently, we selected 2 differentially expressed genes, SpCht10 and SpIDGF2, based on transcriptome data, for an in-depth investigation of their functions during S. peregrina metamorphosis, employing RNA interference technology. Injection of gene-specific double-stranded RNA...

... to have some questions that might have interesting answers! In particular, I had gotten interested in larval biology and metamorphosis while taking the Animal Diversity course. But I had also thought about going into medicine, something my parents had assumed I would pursue; it was indeed a possibility...

... to phenomena, one that involves an ecstatic exchange between subject and environment and that ultimately upends paradigmatic hierarchies of ‘human/non-human’ by introducing a modality of love grounded in loss rather than in possession. German literature elegy ecology natality metamorphosis hymn Rainer...

...Pablo Burraco; Juan Carlos Torres-Montoro; Ivan Gomez-Mestre; Juan Diego Gaitan-Espitia; Miriam Zelditch Figure 1. Ovaries and testes with different degrees of maturation at metamorphosis, that is, 46 Gosner stage. (A) Ovary with oocytes, from the low-temperature and high-constant water-level...

... (Rana temporaria). We evaluated the association between tissue and WB CORT levels sampled from the same individuals across ontogenetic stages, ranging from newly hatched larvae to froglets at 10 days after metamorphosis. We also investigated how both tissue and WB CORT change throughout ontogeny...

... at the cellular level. honey bee Apis mellifera single-cell RNA-Seq network analysis metamorphosis development Biotechnology and Biological Sciences Research Council (BBSRC) Institute BBS/E/D/10002070 BBSRC 10.13039/501100000268 BB/S02008X/1 BB/W018772/ Wellcome Trust 10.13039...

...Vasily I Radashevsky In the most comprehensive review of the larval morphology of Spionidae members, Hannerz (1956 : 186, fig. 57) described and illustrated the development of the mouth region during the metamorphosis of Spio martinensis Mesnil 1896 . Based on these observations, he...

... work with the Mediator complex to shift the neuroblast away from metabolic pathways that support growth, and the stem cell reduces in size through subsequent divisions until it finally terminally differentiates. Fig. 11. Neurogenesis through growth and metamorphosis of Drosophila...

.../chorus/standard_publication_model ) Xenopus metamorphosis stress glucocorticoid mineralocorticoid The primary hormone that drives developmental change during amphibian metamorphosis is thyroid hormone (TH), although metamorphic timing is ultimately controlled by the hypothalamus. So, which...

... element (TE) transcripts. Epitranscriptomes are dynamic and correspond to the chronological steps of development (cleavage, gastrulation, organogenesis, and metamorphosis ), with minimal mRNA and lncRNA methylation at the morula stage followed by a global increase. mRNA m⁶A levels...

... of metamorphosis, we focused on four key developmental periods (15 days post‐hatch [dph; Gosner stage, GS23], 60 dph [GS25], 90 dph [GS41] and 150 dph [GS25, GS41, GS42, GS46]) and used 16S rDNA amplicon sequencing. Results showed that IM diversity in Q. spinosa was related to life history. Specifically...

...:https://dbpia.nl.go.kr/journals/pages/open_access/funder_policies/chorus/standard_publication_model ) Abstract Corticosteroids are so vital for organ maturation that reduced corticosteroid signaling during postembryonic development causes death in terrestrial vertebrates. Indeed, death occurs at metamorphosis in frogs...

... crossed design to investigate how a concentration of imidacloprid (a neonicotinoid; 10 µg/L) measured in surface waters interacted with low and high population densities (0.33 and 1 tadpole/L, respectively), an important environmental stressor, to influence behavior and development across metamorphosis...

... among the moths in the study area. A complex relationship between bioamplification factors and the octanol–water partition coefficient (log K_OW) was observed during metamorphosis, in which a positive relationship was evident for 5 < log K_OW < 7, whereas...