#ovary — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #ovary, aggregated by home.social.
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Reproductive organs from different species contain conserved features and cell types. This study analyzes single-cell transcriptomes
of two #Drosophila species, showing that some #testis cell types are hotspots for gene expression #evolution, while #ovary cell types are more conserved. -
Reproductive organs from different species contain conserved features and cell types. This study analyzes single-cell transcriptomes
of two #Drosophila species, showing that some #testis cell types are hotspots for gene expression #evolution, while #ovary cell types are more conserved. -
Reproductive organs from different species contain conserved features and cell types. This study analyzes single-cell transcriptomes
of two #Drosophila species, showing that some #testis cell types are hotspots for gene expression #evolution, while #ovary cell types are more conserved. -
Reproductive organs from different species contain conserved features and cell types. This study analyzes single-cell transcriptomes
of two #Drosophila species, showing that some #testis cell types are hotspots for gene expression #evolution, while #ovary cell types are more conserved. -
Reproductive organs from different species contain conserved features and cell types. This study analyzes single-cell transcriptomes
of two #Drosophila species, showing that some #testis cell types are hotspots for gene expression #evolution, while #ovary cell types are more conserved. -
And the open access paper in Nature Communications
#Ovary #Evolution #Science #Development
https://www.nature.com/articles/s41467-026-74401-5 -
And the open access paper in Nature Communications
#Ovary #Evolution #Science #Development
https://www.nature.com/articles/s41467-026-74401-5 -
And the open access paper in Nature Communications
#Ovary #Evolution #Science #Development
https://www.nature.com/articles/s41467-026-74401-5 -
And the open access paper in Nature Communications
#Ovary #Evolution #Science #Development
https://www.nature.com/articles/s41467-026-74401-5 -
And the open access paper in Nature Communications
#Ovary #Evolution #Science #Development
https://www.nature.com/articles/s41467-026-74401-5 -
“provides evidence that, on an evolutionary level, some ovarian genes, cell types and mechanisms driving egg release were established in the last common ancestor shared by what are now bat sea stars and humans more than 500 million years ago”
#Reproduction #Ovary #Science #Evolution #Development
https://phys.org/news/2026-06-ovary-blueprint-ancient-sea-stars.html -
“provides evidence that, on an evolutionary level, some ovarian genes, cell types and mechanisms driving egg release were established in the last common ancestor shared by what are now bat sea stars and humans more than 500 million years ago”
#Reproduction #Ovary #Science #Evolution #Development
https://phys.org/news/2026-06-ovary-blueprint-ancient-sea-stars.html -
“provides evidence that, on an evolutionary level, some ovarian genes, cell types and mechanisms driving egg release were established in the last common ancestor shared by what are now bat sea stars and humans more than 500 million years ago”
#Reproduction #Ovary #Science #Evolution #Development
https://phys.org/news/2026-06-ovary-blueprint-ancient-sea-stars.html -
“provides evidence that, on an evolutionary level, some ovarian genes, cell types and mechanisms driving egg release were established in the last common ancestor shared by what are now bat sea stars and humans more than 500 million years ago”
#Reproduction #Ovary #Science #Evolution #Development
https://phys.org/news/2026-06-ovary-blueprint-ancient-sea-stars.html -
“provides evidence that, on an evolutionary level, some ovarian genes, cell types and mechanisms driving egg release were established in the last common ancestor shared by what are now bat sea stars and humans more than 500 million years ago”
#Reproduction #Ovary #Science #Evolution #Development
https://phys.org/news/2026-06-ovary-blueprint-ancient-sea-stars.html -
The open access article in Molecular Human Reproduction.
“the post-reproductive ovary could be a source of pro-inflammatory signaling mediators with the potential to modulate extra-ovarian tissues. These findings challenge the assumption that the post-reproductive ovary is inert, instead indicating that it acquires an immune identity with potential endocrine and paracrine influence on whole-body aging.”
#Reproduction #Aging #Ovary #Science #WomensHealth
https://academic.oup.com/molehr/article/32/2/gaag038/8705536?login=false -
The open access article in Molecular Human Reproduction.
“the post-reproductive ovary could be a source of pro-inflammatory signaling mediators with the potential to modulate extra-ovarian tissues. These findings challenge the assumption that the post-reproductive ovary is inert, instead indicating that it acquires an immune identity with potential endocrine and paracrine influence on whole-body aging.”
#Reproduction #Aging #Ovary #Science #WomensHealth
https://academic.oup.com/molehr/article/32/2/gaag038/8705536?login=false -
The open access article in Molecular Human Reproduction.
“the post-reproductive ovary could be a source of pro-inflammatory signaling mediators with the potential to modulate extra-ovarian tissues. These findings challenge the assumption that the post-reproductive ovary is inert, instead indicating that it acquires an immune identity with potential endocrine and paracrine influence on whole-body aging.”
#Reproduction #Aging #Ovary #Science #WomensHealth
https://academic.oup.com/molehr/article/32/2/gaag038/8705536?login=false -
The open access article in Molecular Human Reproduction.
“the post-reproductive ovary could be a source of pro-inflammatory signaling mediators with the potential to modulate extra-ovarian tissues. These findings challenge the assumption that the post-reproductive ovary is inert, instead indicating that it acquires an immune identity with potential endocrine and paracrine influence on whole-body aging.”
#Reproduction #Aging #Ovary #Science #WomensHealth
https://academic.oup.com/molehr/article/32/2/gaag038/8705536?login=false -
The open access article in Molecular Human Reproduction.
“the post-reproductive ovary could be a source of pro-inflammatory signaling mediators with the potential to modulate extra-ovarian tissues. These findings challenge the assumption that the post-reproductive ovary is inert, instead indicating that it acquires an immune identity with potential endocrine and paracrine influence on whole-body aging.”
#Reproduction #Aging #Ovary #Science #WomensHealth
https://academic.oup.com/molehr/article/32/2/gaag038/8705536?login=false -
“This research shifts scientists’ view of “the postreproductive ovary as this useless, empty shell to something with a potentially new function”
#ReproSci #Aging #Ovary #WomensHealth #Science
https://www.science.org/content/article/after-menopause-ovaries-may-transform-organs-immune-powers -
“This research shifts scientists’ view of “the postreproductive ovary as this useless, empty shell to something with a potentially new function”
#ReproSci #Aging #Ovary #WomensHealth #Science
https://www.science.org/content/article/after-menopause-ovaries-may-transform-organs-immune-powers -
“This research shifts scientists’ view of “the postreproductive ovary as this useless, empty shell to something with a potentially new function”
#ReproSci #Aging #Ovary #WomensHealth #Science
https://www.science.org/content/article/after-menopause-ovaries-may-transform-organs-immune-powers -
“This research shifts scientists’ view of “the postreproductive ovary as this useless, empty shell to something with a potentially new function”
#ReproSci #Aging #Ovary #WomensHealth #Science
https://www.science.org/content/article/after-menopause-ovaries-may-transform-organs-immune-powers -
“This research shifts scientists’ view of “the postreproductive ovary as this useless, empty shell to something with a potentially new function”
#ReproSci #Aging #Ovary #WomensHealth #Science
https://www.science.org/content/article/after-menopause-ovaries-may-transform-organs-immune-powers -
Oocytes give rise to embryos that begin life with restored developmental potential and youthful molecular organization. This Essay reframes ovarian biology as a model for #rejuvenation rather than solely as a site of reproductive decline.
#aging #ovary
https://plos.io/4e4R4pg -
Oocytes give rise to embryos that begin life with restored developmental potential and youthful molecular organization. This Essay reframes ovarian biology as a model for #rejuvenation rather than solely as a site of reproductive decline.
#aging #ovary
https://plos.io/4e4R4pg -
Oocytes give rise to embryos that begin life with restored developmental potential and youthful molecular organization. This Essay reframes ovarian biology as a model for #rejuvenation rather than solely as a site of reproductive decline.
#aging #ovary
https://plos.io/4e4R4pg -
Oocytes give rise to embryos that begin life with restored developmental potential and youthful molecular organization. This Essay reframes ovarian biology as a model for #rejuvenation rather than solely as a site of reproductive decline.
#aging #ovary
https://plos.io/4e4R4pg -
Oocytes give rise to embryos that begin life with restored developmental potential and youthful molecular organization. This Essay reframes ovarian biology as a model for #rejuvenation rather than solely as a site of reproductive decline.
#aging #ovary
https://plos.io/4e4R4pg -
Beyond #fertility and #menopause: See why the #ovary is central to #women’s #health and #longevity
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Beyond #fertility and #menopause: See why the #ovary is central to #women’s #health and #longevity
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Beyond #fertility and #menopause: See why the #ovary is central to #women’s #health and #longevity
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Beyond #fertility and #menopause: See why the #ovary is central to #women’s #health and #longevity
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Beyond #fertility and #menopause: See why the #ovary is central to #women’s #health and #longevity
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Ovarian multinucleated giant cells are a #macrophage population in the #aging mammalian #ovary. This study reveals a potential role in degradation of cellular debris & #immune signaling, suggesting a contribution to ovarian #inflammation during aging @PLOSBiology https://plos.io/3T84WE0
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Ovarian multinucleated giant cells are a #macrophage population in the #aging mammalian #ovary. This study reveals a potential role in degradation of cellular debris & #immune signaling, suggesting a contribution to ovarian #inflammation during aging @PLOSBiology https://plos.io/3T84WE0
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Ovarian multinucleated giant cells are a #macrophage population in the #aging mammalian #ovary. This study reveals a potential role in degradation of cellular debris & #immune signaling, suggesting a contribution to ovarian #inflammation during aging @PLOSBiology https://plos.io/3T84WE0
-
Ovarian multinucleated giant cells are a #macrophage population in the #aging mammalian #ovary. This study reveals a potential role in degradation of cellular debris & #immune signaling, suggesting a contribution to ovarian #inflammation during aging @PLOSBiology https://plos.io/3T84WE0
-
Ovarian multinucleated giant cells are a #macrophage population in the #aging mammalian #ovary. This study reveals a potential role in degradation of cellular debris & #immune signaling, suggesting a contribution to ovarian #inflammation during aging @PLOSBiology https://plos.io/3T84WE0
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What #mRNA targets determine the function of the #TranslationalRepressor Nanos in the #Drosophila embryo? This study reveals repression of 1000s of maternal mRNAs by #Nanos in the #ovary, priming them for degradation in the embryo #PLOSBiology https://plos.io/405a3JL
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What #mRNA targets determine the function of the #TranslationalRepressor Nanos in the #Drosophila embryo? This study reveals repression of 1000s of maternal mRNAs by #Nanos in the #ovary, priming them for degradation in the embryo #PLOSBiology https://plos.io/405a3JL
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What #mRNA targets determine the function of the #TranslationalRepressor Nanos in the #Drosophila embryo? This study reveals repression of 1000s of maternal mRNAs by #Nanos in the #ovary, priming them for degradation in the embryo #PLOSBiology https://plos.io/405a3JL
-
What #mRNA targets determine the function of the #TranslationalRepressor Nanos in the #Drosophila embryo? This study reveals repression of 1000s of maternal mRNAs by #Nanos in the #ovary, priming them for degradation in the embryo #PLOSBiology https://plos.io/405a3JL
-
What #mRNA targets determine the function of the #TranslationalRepressor Nanos in the #Drosophila embryo? This study reveals repression of 1000s of maternal mRNAs by #Nanos in the #ovary, priming them for degradation in the embryo #PLOSBiology https://plos.io/405a3JL
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🍒New tools help us understand🍐the complex world of #fruit🍈#evolution🥭in a remarkable new study from Xiang et al.🍇
🥝https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB #PlantSci #angiosperm🍎#ovary #PlantDevelopment #botany -
🍒New tools help us understand🍐the complex world of #fruit🍈#evolution🥭in a remarkable new study from Xiang et al.🍇
🥝https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB #PlantSci #angiosperm🍎#ovary #PlantDevelopment #botany -
🍒New tools help us understand🍐the complex world of #fruit🍈#evolution🥭in a remarkable new study from Xiang et al.🍇
🥝https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB #PlantSci #angiosperm🍎#ovary #PlantDevelopment #botany -
🍒New tools help us understand🍐the complex world of #fruit🍈#evolution🥭in a remarkable new study from Xiang et al.🍇
🥝https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB #PlantSci #angiosperm🍎#ovary #PlantDevelopment #botany -
In this🍒*sweet* #TBT, we're🍊heading back to the complex world of #fruit🍈#evolution🥭in this fascinating🍓(and #free!) paper by Xiang et al.🍇https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB🥝#PlantScience #angiosperm🍎#ovary #NuclearPhylogeny #phylogenetics #PlantDevelopment #botany -
In this🍒*sweet* #TBT, we're🍊heading back to the complex world of #fruit🍈#evolution🥭in this fascinating🍓(and #free!) paper by Xiang et al.🍇https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB🥝#PlantScience #angiosperm🍎#ovary #NuclearPhylogeny #phylogenetics #PlantDevelopment #botany -
In this🍒*sweet* #TBT, we're🍊heading back to the complex world of #fruit🍈#evolution🥭in this fascinating🍓(and #free!) paper by Xiang et al.🍇https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB🥝#PlantScience #angiosperm🍎#ovary #NuclearPhylogeny #phylogenetics #PlantDevelopment #botany -
In this🍒*sweet* #TBT, we're🍊heading back to the complex world of #fruit🍈#evolution🥭in this fascinating🍓(and #free!) paper by Xiang et al.🍇https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB🥝#PlantScience #angiosperm🍎#ovary #NuclearPhylogeny #phylogenetics #PlantDevelopment #botany -
A new “atlas” of the #human #ovary provides insights that could lead to treatments restoring #ovarian #hormone production and the ability to have biologically related children, according to University of Michigan engineers.
#Bioengineering #sflorg
https://www.sflorg.com/2024/04/beng04052402.html -
A new “atlas” of the #human #ovary provides insights that could lead to treatments restoring #ovarian #hormone production and the ability to have biologically related children, according to University of Michigan engineers.
#Bioengineering #sflorg
https://www.sflorg.com/2024/04/beng04052402.html -
A new “atlas” of the #human #ovary provides insights that could lead to treatments restoring #ovarian #hormone production and the ability to have biologically related children, according to University of Michigan engineers.
#Bioengineering #sflorg
https://www.sflorg.com/2024/04/beng04052402.html -
A new “atlas” of the #human #ovary provides insights that could lead to treatments restoring #ovarian #hormone production and the ability to have biologically related children, according to University of Michigan engineers.
#Bioengineering #sflorg
https://www.sflorg.com/2024/04/beng04052402.html -
A new “atlas” of the #human #ovary provides insights that could lead to treatments restoring #ovarian #hormone production and the ability to have biologically related children, according to University of Michigan engineers.
#Bioengineering #sflorg
https://www.sflorg.com/2024/04/beng04052402.html -
🍒New tools help us understand🍐the complex world of #fruit🍈#evolution🥭in this remarkable new study from Xiang et al.🍇
🥝https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB #PlantSci #angiosperm🍎#ovary #NuclearPhylogeny #phylogeny #botany -
🍒New tools help us understand🍐the complex world of #fruit🍈#evolution🥭in this remarkable new study from Xiang et al.🍇
🥝https://doi.org/10.1111/jipb.13618 🫐
@wileyplantsci
#JIPB #PlantSci #angiosperm🍎#ovary #NuclearPhylogeny #phylogeny #botany