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This collection of posts exhibits a neutral tone overall, with some posts celebrating specific research findings such as the identification of placental markers or new tools for studying reproduction. Words like 'congratulations' and phrases like 'excited to share' contribute to a tone of acknowledgment and mild enthusiasm, but the lack of critical discussion or deep analysis suggests a moderate engagement level and limited perception of high overall impact.
The posts show neutral reactions, with some highlighting enthusiasm for individual studies, but no strong consensus or disagreement about the publication as a whole.
Many posts mention new techniques, research findings, or the significance of the studies, indicating a moderate level of curiosity, but few express deep interest in the overall publication.
Comments mostly acknowledge the research, congratulate authors, or briefly note key findings; there isn’t extensive discussion or critical analysis showing deep engagement.
While several posts recognize the importance of specific studies—like advances in reproductive biology or environmental impacts—the overall group does not convey a sense of high-impact or transformative change from the publication.
これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論文は https://t.co/mXMjUIJeHK （近大山縣ら）
Professor Joanne S. Richards is uncovering the ovary's secrets, shedding light on fertility, hormone regulation, and ovarian health! https://t.co/HB7g6dbRsI Read more: https://t.co/ozKCKhVRiB #MedicalResearch #Science
Our paper "Oxidation of thiol groups in membrane proteins inhibits the fertilization ability and motility of sperm by suppressing calcium influx" has been published in the Biology of Reproduction. https://t.co/zX0i5vlJGI @NakaoSatohiro @BiolReprod
Editor's Choice! Work from Bruce Murphy's lab shows double knockout of steroidogenic factor 1 (NR5A1) and liver receptor homolog 1 (NR5A2) in the mouse ovary results in infertility due to disruption of follicle development and ovulation Read more: https://t.co/xuufZlJFcA https://t.co/DXOWi3L7uX
Massive congratulations to all authors - especially to @jessicaedgejce first author for all of her hard work on this. 1st Bovine endometrial organoids: A new tool to study conceptus-maternal interactions in mammals. https://t.co/s6pzHS6P9Q
MASSIVE congratulations to Dr @HaideeTinning on her newest publication from her PhD @BiolReprod Using a microfluidic approach to understand conceptus-endometirum interaction @leedsomics #reprorocks https://t.co/GNI1wslhhd
A short snippet from The ATP Project Sleep The Link To Your Health. Join Nic and Steve as they explore sleep's impact on health, including how sleep hygiene and nutrition, like kiwifruit, can improve sleep quality and…
Most mammals do not menstruate, so why do humans? This video explores the biological and evolutionary reasons for menstruation, highlighting lessons from the animal kingdom, with contributions from experts and imagery…
Join Nic and Steve as they explore sleep's impact on health, covering insomnia, poor sleep effects, melatonin science, sleep hacks, and hygiene tips. The video discusses how sleep influences overall well-being and…
A short snippet from The ATP Project Sleep The Link To Your Health. Join Nic and Steve as they explore sleep's impact on health, discussing insomnia, poor sleep, and its relation to weight gain, along with effective…
This video explores the pathogenesis of endometriosis, including infection, inflammation, and the role of gut microbiota in diagnosis and treatment, based on recent scientific studies.
Join Nic and Steve as they explore sleep's impact on health, including sleep hacks and hygiene. The episode discusses sleep's influence on conditions like insomnia and weight gain, offering expert insights and practical…
This video discusses the project by students at Universidade de Aveiro and UNESP, exploring how aging affects ovarian function. The decline in oocyte quality begins between ages 30 and 35, influenced by diet, lifestyle…
RT @niamhforde: Massive congratulations to all authors - especially to @jessicaedgejce first author for all of her hard work on this. 1st B…
RT @niamhforde: Massive congratulations to all authors - especially to @jessicaedgejce first author for all of her hard work on this. 1st B…
RT @niamhforde: Massive congratulations to all authors - especially to @jessicaedgejce first author for all of her hard work on this. 1st B…
RT @niamhforde: Massive congratulations to all authors - especially to @jessicaedgejce first author for all of her hard work on this. 1st B…
AI-driven approach enhances follicle quantitation accuracy and reproducibility, representing a promising tool to support research and clinical decision-making in fertility preservation. https://t.co/KTZpyXc6CZ https://t.co/JeJhdYBXZs
Massive congratulations to all authors - especially to @jessicaedgejce first author for all of her hard work on this. 1st Bovine endometrial organoids: A new tool to study conceptus-maternal interactions in mammals. https://t.co/s6pzHS6P9Q
Elongated shape and unusual eggshell microstructure enable first confirmed hatching of avian twins https://t.co/wGGBMACl3J
Identifying established human placental markers of schizophrenia in rodents after gestational ∆9-tetrahydrocannabinol exposure† https://t.co/CZPNm5dxOl
PFOS, persistent environmental conaminants, impairs placenta vasculature via mitochondrial dysfunction. MitoQ can restore function. https://t.co/ZjOt5no7YJ
RT @DBHardyLab: Excited for my MSc student Andrea Kocsis’ @BiolReprod paper identifying THC-specific placental markers of #schizophrenia #T…
RT @DBHardyLab: Excited for my MSc student Andrea Kocsis’ @BiolReprod paper identifying THC-specific placental markers of #schizophrenia #T…
RT @DBHardyLab: Excited for my MSc student Andrea Kocsis’ @BiolReprod paper identifying THC-specific placental markers of #schizophrenia #T…
RT @DBHardyLab: Excited for my MSc student Andrea Kocsis’ @BiolReprod paper identifying THC-specific placental markers of #schizophrenia #T…
RT @DBHardyLab: Excited for my MSc student Andrea Kocsis’ @BiolReprod paper identifying THC-specific placental markers of #schizophrenia #T…
Excited for my MSc student Andrea Kocsis’ @BiolReprod paper identifying THC-specific placental markers of #schizophrenia #THC #organoids https://t.co/pzhkiMZ23H @bauhaus242 @WesternuWIN @OxfordJournals @SSRepro @drcnatale @westernuPRG @MGD_CMCR @SchulichMedDent @ccictweeter
Insulin Resistance in PCOS: Pathophysiological Mechanisms of Menstrual Dysfunction and Evidence-Based Treatment Strategies
Review “Potential of small extracellular vesicles as Cas9 delivery tool: A promising approach for gene editing livestock gametes and embryos” Ferronato GA, Silveira JC, Ferraz MAMM. Biol Reprod 2025-08-21. https://t.co/51VIfbB8nh #CRISPR
Oklahoma City, OK: *Obesity endangers maternal and fetal health *CoQ10 and PQQ supplements mitigate the oxidative stress and mitochondrial dysfunction associated with maternal obesity *Both CoQ10 and PQQ are abundant in the gooey strings (biofilm) of natto https://t.co/EZDppQB8F6
RT @BiolReprod: Congratulations to BOR's Research Paper of the Year award winners, Greg Johnson and Joe Cain from @tamuvetmed. Read their…
Congratulations to BOR's Research Paper of the Year award winners, Greg Johnson and Joe Cain from @tamuvetmed. Read their winning work here: https://t.co/9kfb548yWq https://t.co/NZycaMCOyA
RT @IETS_org:
RT @ESC_iPSC_News: Dr. Siqin Bao and colleagues cultured fibroblasts from sika deer fetal fibroblasts and then reprogrammed them into sika…
Dr. Siqin Bao and colleagues cultured fibroblasts from sika deer fetal fibroblasts and then reprogrammed them into sika deer induced #iPSCs. iPSCs expressed key pluripotent genes, and maintained genomic stability.
@tylerblack32 @joannamoncrieff https://t.co/Ma4PsFqdJy
RT @EstermannMartin:
RT @BiolReprod: Editor's Choice! Work from Bruce Murphy's lab shows double knockout of steroidogenic factor 1 (NR5A1) and liver receptor ho…
RT @EstermannMartin:
RT @EstermannMartin:
RT @BiolReprod: Editor's Choice! Work from Bruce Murphy's lab shows double knockout of steroidogenic factor 1 (NR5A1) and liver receptor ho…
RT @BiolReprod: Editor's Choice! Work from Bruce Murphy's lab shows double knockout of steroidogenic factor 1 (NR5A1) and liver receptor ho…
Editor's Choice! Work from Bruce Murphy's lab shows double knockout of steroidogenic factor 1 (NR5A1) and liver receptor homolog 1 (NR5A2) in the mouse ovary results in infertility due to disruption of follicle development and ovulation Read more: https://t.co/xuufZlJFcA https://t.co/DXOWi3L7uX
Check out our new paper in Biology of Reproduction that describes the Generation of a Nr2f2-driven inducible Cre mouse to target interstitial cells in the reproductive system. https://t.co/rkN4CWCbEX
https://t.co/446bWX47op
RT @ToruTakeo: Our paper "Oxidation of thiol groups in membrane proteins inhibits the fertilization ability and motility of sperm by suppre…
RT @DedukhDmitrij: Our new paper about #ProgrammedDNAelimination in first marine vertebrate, #hybrid fish from #Hexagrammos genus https://t…
Our new paper about #ProgrammedDNAelimination in first marine vertebrate, #hybrid fish from #Hexagrammos genus https://t.co/2tVMXO0w7K
From our June issue, research finds zinc leached from glassware is a risk factor in ART and should be strictly controlled because it can alter gene expression via metal regulatory transcription factors and disrupt embryonic development: https://t.co/5UwAKVFQNk https://t.co/MFVA0pG9DB
Open Access! Review in the current issue of BOR summarizes the role of reactive oxygen and nitrogen species in the regulation of ovarian activity: https://t.co/bE4xO1mlr5 https://t.co/I417m4tcAC
RT @LabWaggoner: Review: Decoding the Maternal-Fetal Dialogue: NK Cell Education in Reproductive Outcomes https://t.co/WsE9hXZPYD https://t…
Review: Decoding the Maternal-Fetal Dialogue: NK Cell Education in Reproductive Outcomes https://t.co/WsE9hXZPYD https://t.co/uCqNxyKM0l
RT @YRH_OAU: This week on our research nuggets To read more about this interesting research finding, click on the link below
This week on our research nuggets To read more about this interesting research finding, click on the link below
RT @EwelinaBolcunF: Building on last year's success, the Public Affairs Committee for @SSRepro is thrilled to launch the 2nd Annual #ReproB…
RT @EwelinaBolcunF: Building on last year's success, the Public Affairs Committee for @SSRepro is thrilled to launch the 2nd Annual #ReproB…
RT @EwelinaBolcunF: Building on last year's success, the Public Affairs Committee for @SSRepro is thrilled to launch the 2nd Annual #ReproB…
RT @EwelinaBolcunF: Building on last year's success, the Public Affairs Committee for @SSRepro is thrilled to launch the 2nd Annual #ReproB…
Building on last year's success, the Public Affairs Committee for @SSRepro is thrilled to launch the 2nd Annual #ReproBioArt Image Contest! Submit your work or explore stunning visuals from reproductive biology research: https://t.co/eCDbaBNtSI SHARE! https://t.co/9NUvlxiJqL https://t.co/7TA851NDVz
Read Shirin's first publication from her doctoral thesis work under the supervision of Prof. @ShalieMalik investigating the Circannual regulation of behaviour and reproductive physiology in Spotted munia here
Endogenous regulation of behavior and reproductive physiology in a resident passerine songbird https://t.co/0tqByRhyfL
Elongated shape and unusual eggshell microstructure enable first confirmed hatching of avian twins https://t.co/63Fwo8mEdV
From nuclear presence in spermatocytes to structural complexes in sperm: human CRISP2 revealed its secrets. Excited to share the findings in my first first-author paper! https://t.co/TJMAjas9DP @BiolReprod @OUPAcademic #ReproductiveBiology #Andrology #MaleFertility #sperm https://t.co/90M0KM6nZF
RT @afrodita_dn: Today, the third Afrodita DN
RT @niamhforde: MASSIVE congratulations to Dr @HaideeTinning on her newest publication from her PhD @BiolReprod Using a microfluidic approa…
Today, the third Afrodita DN
RT @niamhforde: MASSIVE congratulations to Dr @HaideeTinning on her newest publication from her PhD @BiolReprod Using a microfluidic approa…
RT @niamhforde: MASSIVE congratulations to Dr @HaideeTinning on her newest publication from her PhD @BiolReprod Using a microfluidic approa…
MASSIVE congratulations to Dr @HaideeTinning on her newest publication from her PhD @BiolReprod Using a microfluidic approach to understand conceptus-endometirum interaction @leedsomics #reprorocks https://t.co/GNI1wslhhd
山縣計画研究分担による成果がBiology of Reproduction誌に掲載されました! Zinc eluted from glassware is a risk factor for embryo development in human and animal assisted reproduction https://t.co/Zlmwkp5Gf1
EDTAの長時間暴露も問題ありか。 【PDF】Direct link Zinc eluted from glassware is a risk factor for embryo development in human and animal assisted reproduction https://t.co/56EVKa0QK7
遺伝子工学科 山縣一夫先生らの研究グループが、ガラス器具から漏出する亜鉛が受精卵の発生を阻害することを発見しました。さらに安全で効果的な体外受精法の開発に寄与します https://t.co/FS821bHxFw https://t.co/3rICyeP5ry
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
Zinc eluted from glassware is a risk factor for embryo development in human and animal assisted reproduction† | Biology of Reproduction | Oxford Academic https://t.co/9JxVLo7U1n
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
RT @HiraokaYasushi: これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論…
これは現実的に体外受精に重要だろう ・体外受精に用いるガラス器具の一部が受精卵の発生を阻害することを発見 ・受精卵発生を阻害する毒物の実体はガラスから滲み出る亜鉛と突き止め、対処法を開発 ・より安全で効果的な体外受精法の開発につながる 論文は https://t.co/mXMjUIJeHK （近大山縣ら）
RT @BiolReprod: Editor's Choice! Unraveling the elongating bovine conceptus microenvironment: identification of gene transcripts and protei…
Editor's Choice! Unraveling the elongating bovine conceptus microenvironment: identification of gene transcripts and proteins along the conceptus-maternal interface in cattle Read now: https://t.co/hYdzEvJTZZ https://t.co/fzKq1aZePF
RT @mmlaronda: New publication @BiolReprod #ovary @NorthwesternU @LurieChildrens #research Establishing the baseline: understanding follicl…
@mmlaronda Here is the DOI to the publication: https://t.co/7bRZ3xcBqh
Oxidation of thiol groups in membrane proteins inhibits the fertilization ability and motility of sperm by suppressing calcium influx, Biology of Reproduction, 2024; https://t.co/zX0i5vlJGI
RT @scientia_social: Professor Joanne S. Richards is uncovering the ovary's secrets, shedding light on fertility, hormone regulation, and o…
RT @scientia_social: Professor Joanne S. Richards is uncovering the ovary's secrets, shedding light on fertility, hormone regulation, and o…
RT @scientia_social: Professor Joanne S. Richards is uncovering the ovary's secrets, shedding light on fertility, hormone regulation, and o…
RT @scientia_social: Professor Joanne S. Richards is uncovering the ovary's secrets, shedding light on fertility, hormone regulation, and o…
RT @scientia_social: Professor Joanne S. Richards is uncovering the ovary's secrets, shedding light on fertility, hormone regulation, and o…
RT @scientia_social: Professor Joanne S. Richards is uncovering the ovary's secrets, shedding light on fertility, hormone regulation, and o…
RT @scientia_social: Professor Joanne S. Richards is uncovering the ovary's secrets, shedding light on fertility, hormone regulation, and o…
Professor Joanne S. Richards is uncovering the ovary's secrets, shedding light on fertility, hormone regulation, and ovarian health! https://t.co/HB7g6dbRsI Read more: https://t.co/ozKCKhVRiB #MedicalResearch #Science
RT @BiolReprod:
RT @ToruTakeo: Our paper "Oxidation of thiol groups in membrane proteins inhibits the fertilization ability and motility of sperm by suppre…
"The interleukin-6 signal transducer receptor subunit is required for optimal in vitro bovine embryo development" Speckhart SL [..] Ealy AD. Biol Reprod. 2025-01-05. https://t.co/Yt6KMl1CO0 CRISPR-Cas9 KO IL6ST
RT @ToruTakeo: Our paper "Oxidation of thiol groups in membrane proteins inhibits the fertilization ability and motility of sperm by suppre…
RT @ToruTakeo: Our paper "Oxidation of thiol groups in membrane proteins inhibits the fertilization ability and motility of sperm by suppre…
RT @ToruTakeo: Our paper "Oxidation of thiol groups in membrane proteins inhibits the fertilization ability and motility of sperm by suppre…
Our paper "Oxidation of thiol groups in membrane proteins inhibits the fertilization ability and motility of sperm by suppressing calcium influx" has been published in the Biology of Reproduction. https://t.co/zX0i5vlJGI @NakaoSatohiro @BiolReprod
RT @AdipokinesTEAM: Keep reading! Our paper by Monika Dawid et al. about visfatin role in human placenta and mechanism of its action was pu…
RT @AdipokinesTEAM: Keep reading! Our paper by Monika Dawid et al. about visfatin role in human placenta and mechanism of its action was pu…
Keep reading! Our paper by Monika Dawid et al. about visfatin role in human placenta and mechanism of its action was published in @BiolReprod. The publication is part of #DiamontGrant from @MNiSW_GOV__PL. Enjoy: https://t.co/Frt7rGTdYJ #science #PhD #girlsinscience #pregnancy
RT @BiolReprod:
RT @BiolReprod: Single-cell transcriptomic analysis of bovine blastocysts produced in vivo and in vitro in conventional and reduced nutrien…
RT @BiolReprod: Single-cell transcriptomic analysis of bovine blastocysts produced in vivo and in vitro in conventional and reduced nutrien…
RT @BiolReprod: Single-cell transcriptomic analysis of bovine blastocysts produced in vivo and in vitro in conventional and reduced nutrien…
RT @BiolReprod: Single-cell transcriptomic analysis of bovine blastocysts produced in vivo and in vitro in conventional and reduced nutrien…
RT @BiolReprod: Single-cell transcriptomic analysis of bovine blastocysts produced in vivo and in vitro in conventional and reduced nutrien…
RT @BiolReprod: Single-cell transcriptomic analysis of bovine blastocysts produced in vivo and in vitro in conventional and reduced nutrien…
RT @thebiozone: Most mammals don't menstruate, so why do we? watch on YouTube to support us
Most mammals don't menstruate, so why do we? watch on YouTube to support us
Non-human primate models for understanding the impact of the microbiome on pregnancy and the female reproductive tract. - Hugon AM et al. - https://t.co/M2jlgSG4kg #microbiome
The gut microbiota: a double edge sword in endometriosis. - Talwar C et al. - https://t.co/vLvBDUUcr2 #microbiome
Comparing the maternal-fetal microbiome of humans and cattle: a translational assessment of the reproductive, placental, and f... - Hummel GL et al. - https://t.co/1Ovmr7yApT #microbiome
Vaginal microbiota differences associated with pelvic organ prolapse risk during late gestation in commercial sows. - Kiefer ZE et al. - https://t.co/df4a89Dgvi #microbiome
Testosterone and semen seasonality for the sand tiger shark Carcharias taurus† | Biology of Reproduction | Oxford Academic https://academic.oup.com/biolreprod/advance-article-abstract/doi/10.1093/biolre/ioz221/5675537
RT @ScienceCrisp: #CRISPR/Cas9-mediated genome editing reveals 30 testis-enriched genes dispensable for male fertility in mice. Lu Y [..]…
#CRISPR/Cas9-mediated genome editing reveals 30 testis-enriched genes dispensable for male fertility in mice. Lu Y [..] Ikawa M. Biol Reprod 2019-06-14. https://t.co/ZVmvq6r6Td
Luteinizing Hormone Signaling Is Involved in Synchronization of Leydig Cell Clock and Is Crucial for Rhythm Robustness of Testosterone Production In mammals, circadian clock regulates concentration of many reproductive hormones... https://t.co/jcqpUswCgn
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