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45 results for “BBParis1984”
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Previous tweetorial on the preprint below - briefly, we did not observe any indication of accelerated #ReproAging in the #KOMP Fshr allele, contrary to previous work (on a distinct allele), based on breeding, endocrine markers and histology.
2/5 https://twitter.com/BBParis1984/status/1578525667620098049?s=20&t=kkhCl_hXSu3SGPri8ReUmw -
Previous tweetorial on the preprint below - briefly, we did not observe any indication of accelerated #ReproAging in the #KOMP Fshr allele, contrary to previous work (on a distinct allele), based on breeding, endocrine markers and histology.
2/5 https://twitter.com/BBParis1984/status/1578525667620098049?s=20&t=kkhCl_hXSu3SGPri8ReUmw -
Previous tweetorial on the preprint below - briefly, we did not observe any indication of accelerated #ReproAging in the #KOMP Fshr allele, contrary to previous work (on a distinct allele), based on breeding, endocrine markers and histology.
2/5 https://twitter.com/BBParis1984/status/1578525667620098049?s=20&t=kkhCl_hXSu3SGPri8ReUmw -
Previous tweetorial on the preprint below - briefly, we did not observe any indication of accelerated #ReproAging in the #KOMP Fshr allele, contrary to previous work (on a distinct allele), based on breeding, endocrine markers and histology.
2/5 https://twitter.com/BBParis1984/status/1578525667620098049?s=20&t=kkhCl_hXSu3SGPri8ReUmw -
Previous tweetorial on the preprint below - briefly, we did not observe any indication of accelerated #ReproAging in the #KOMP Fshr allele, contrary to previous work (on a distinct allele), based on breeding, endocrine markers and histology.
2/5 https://twitter.com/BBParis1984/status/1578525667620098049?s=20&t=kkhCl_hXSu3SGPri8ReUmw -
@BBParis1984 strong work! #GoBruins #8Clap
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Research Lab Technician II (Mouse) - Benayoun lab/USC @BBParis1984
The #BenayounLab is seeking a mouse research lab tech II to join the team and help us understand #SexDifferences in #aging at USC in southern CA!
#ScienceJ...
https://jobrxiv.org/job/university-of-southern-california-27778-research-lab-technician-ii-mouse-benayoun-lab-usc/?feed_id=41310 -
Research Lab Technician II (Mouse) - Benayoun lab/USC @BBParis1984
The #BenayounLab is seeking a mouse research lab tech II to join the team and help us understand #SexDifferences in #aging at USC in southern CA!
#ScienceJ...
https://jobrxiv.org/job/university-of-southern-california-27778-research-lab-technician-ii-mouse-benayoun-lab-usc/?feed_id=39378 -
Research Lab Technician II (Mouse) - Benayoun lab/USC @BBParis1984
The #BenayounLab is seeking a mouse research lab tech II to join the team and help us understand #SexDifferences in #aging at USC in southern CA!
#ScienceJ...
https://jobrxiv.org/job/university-of-southern-california-27778-research-lab-technician-ii-mouse-benayoun-lab-usc/?feed_id=38791 -
We are glad that the editorial team at #TranslationalMedicineOfAging and the peer-reviewers agreed that these were important results to disseminate to the #ReproAging research community.
We also thank @[email protected] for supporting our work! @[email protected] 5/5 -
We are glad that the editorial team at #TranslationalMedicineOfAging and the peer-reviewers agreed that these were important results to disseminate to the #ReproAging research community.
We also thank @[email protected] for supporting our work! @[email protected] 5/5 -
We are glad that the editorial team at #TranslationalMedicineOfAging and the peer-reviewers agreed that these were important results to disseminate to the #ReproAging research community.
We also thank @[email protected] for supporting our work! @[email protected] 5/5 -
We are glad that the editorial team at #TranslationalMedicineOfAging and the peer-reviewers agreed that these were important results to disseminate to the #ReproAging research community.
We also thank @[email protected] for supporting our work! @[email protected] 5/5 -
We are glad that the editorial team at #TranslationalMedicineOfAging and the peer-reviewers agreed that these were important results to disseminate to the #ReproAging research community.
We also thank @[email protected] for supporting our work! @[email protected] 5/5 -
As noted before, although we are disappointed that these mice cannot be used to effectively model menopausal states, we hope our observations will be useful to the #ReproAging community and avoid unnecessary waste of animals/time/resources by other labs. 4/5
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We confirmed that the #KOMP allele should correspond to a null allele (confirmed by Sanger🧬), but it seems that the wild-type allele is compensating in this 🐁 strain, leading to normal Fshr expression, ovarian function and absence of #ReproAging phenotype.
3/5 -
As noted before, although we are disappointed that these mice cannot be used to effectively model menopausal states, we hope our observations will be useful to the #ReproAging community and avoid unnecessary waste of animals/time/resources by other labs. 4/5
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We confirmed that the #KOMP allele should correspond to a null allele (confirmed by Sanger🧬), but it seems that the wild-type allele is compensating in this 🐁 strain, leading to normal Fshr expression, ovarian function and absence of #ReproAging phenotype.
3/5 -
We confirmed that the #KOMP allele should correspond to a null allele (confirmed by Sanger🧬), but it seems that the wild-type allele is compensating in this 🐁 strain, leading to normal Fshr expression, ovarian function and absence of #ReproAging phenotype.
3/5 -
As noted before, although we are disappointed that these mice cannot be used to effectively model menopausal states, we hope our observations will be useful to the #ReproAging community and avoid unnecessary waste of animals/time/resources by other labs. 4/5
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As noted before, although we are disappointed that these mice cannot be used to effectively model menopausal states, we hope our observations will be useful to the #ReproAging community and avoid unnecessary waste of animals/time/resources by other labs. 4/5
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We confirmed that the #KOMP allele should correspond to a null allele (confirmed by Sanger🧬), but it seems that the wild-type allele is compensating in this 🐁 strain, leading to normal Fshr expression, ovarian function and absence of #ReproAging phenotype.
3/5 -
As noted before, although we are disappointed that these mice cannot be used to effectively model menopausal states, we hope our observations will be useful to the #ReproAging community and avoid unnecessary waste of animals/time/resources by other labs. 4/5
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We confirmed that the #KOMP allele should correspond to a null allele (confirmed by Sanger🧬), but it seems that the wild-type allele is compensating in this 🐁 strain, leading to normal Fshr expression, ovarian function and absence of #ReproAging phenotype.
3/5 -
We hope that this study will be a useful resource for #ReproAging research and #TE Biology!
We also thank @[email protected], our🐠🧙♂️#AriAdler and talented #qbio and #mcb undergrad #AlanXu and #KatelynHsu for their help on this study! 9 -
We hope that this study will be a useful resource for #ReproAging research and #TE Biology!
We also thank @[email protected], our🐠🧙♂️#AriAdler and talented #qbio and #mcb undergrad #AlanXu and #KatelynHsu for their help on this study! 9 -
We hope that this study will be a useful resource for #ReproAging research and #TE Biology!
We also thank @[email protected], our🐠🧙♂️#AriAdler and talented #qbio and #mcb undergrad #AlanXu and #KatelynHsu for their help on this study! 9 -
We hope that this study will be a useful resource for #ReproAging research and #TE Biology!
We also thank @[email protected], our🐠🧙♂️#AriAdler and talented #qbio and #mcb undergrad #AlanXu and #KatelynHsu for their help on this study! 9 -
We hope that this study will be a useful resource for #ReproAging research and #TE Biology!
We also thank @[email protected], our🐠🧙♂️#AriAdler and talented #qbio and #mcb undergrad #AlanXu and #KatelynHsu for their help on this study! 9 -
These observations are consistent with a progressive relaxation of ovarian TE/genome surveillance with aging in the #killifish 🐟, and may shed light on how the ATK acquired such a huge TE genomic burden! 7/n