Alara Erenel, B.Sc., M.Sc. (@alaraerenelmsc) 's Twitter Profile
Alara Erenel, B.Sc., M.Sc.

@alaraerenelmsc

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πŸ”Έπ™Ύπ™±πš„-π™±π™Όπš‚'𝟸𝟼πŸͺ°π™Ώπš‘.𝙳.
✌🏼Only personal opinions

ID: 1640876078045581312

calendar_today29-03-2023 00:38:52

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πŸ”¬ Final session of the day! 🦠 Wingless morphogen gradients – Jitu Mayor (NCBS) 🐣 CRISPy Chickens: Neural tube fate – Ashley Libby (Crick) ❀️ Mechanical fractures in heart development – Christopher Chan (Crick) πŸ“‘ Signaling & tissue homeostasis – Ina Sonnen (Hubrecht)

πŸ”¬ Final session of the day!

🦠 Wingless morphogen gradients – Jitu Mayor (NCBS)
🐣 CRISPy Chickens: Neural tube fate – Ashley Libby (Crick)
❀️ Mechanical fractures in heart development – Christopher Chan (Crick)
πŸ“‘ Signaling & tissue homeostasis – Ina Sonnen (Hubrecht)
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Afternoon talks! ⚠️ PCP & what we haven’t learned – J. Wallingford (UT Austin) ❀️ Heart regeneration – J. Bakkers (Hubrecht) πŸ”„ Asymmetric division – A. Mietke (Oxford) πŸŒ€ Hydra regeneration – K. Keren (Technion) Fascinating insights on cell behavior!

Afternoon talks!

⚠️ PCP & what we haven’t learned – J. Wallingford (UT Austin)
❀️ Heart regeneration – J. Bakkers (Hubrecht)
πŸ”„ Asymmetric division – A. Mietke (Oxford)
πŸŒ€ Hydra regeneration – K. Keren (Technion)

Fascinating insights on cell behavior!
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πŸ”¬ Last session of the symposium! 🩸 Vascular development – K. Red Horse (Stanford) πŸ— Epithelial patterning – S. Weevers (Basel) πŸ›  Tissue morphogenesis – M. Rocha Martins (Max Planck) πŸ’ͺ Embryonic contractility – T. Lecuit (Marseille) Wrapping up with organ formation!

πŸ”¬ Last session of the symposium!

🩸 Vascular development – K. Red Horse (Stanford)
πŸ— Epithelial patterning – S. Weevers (Basel)
πŸ›  Tissue morphogenesis – M. Rocha Martins (Max Planck)
πŸ’ͺ Embryonic contractility – T. Lecuit (Marseille)

Wrapping up with organ formation!
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Cis-reg elements in the spotlight at #Epigenetics2025: Buecker: Enhancer cooperation over distance Vermunt: Transient repression elements Flynn: DNA structure & communication Bickmore: Cross-border enhancer action #Epigenetics #GeneRegulation

Cis-reg elements in the spotlight at #Epigenetics2025:

Buecker: Enhancer cooperation over distance

Vermunt: Transient repression elements

Flynn: DNA structure & communication

Bickmore: Cross-border enhancer action
#Epigenetics #GeneRegulation
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Powerful talks at #Epigenetics2025 on epigenetic memory: Γ–zdemir: Inheriting H3K27me3 Belton: Non-canonical imprinting insights Cavalli: Polycomb & 3D genome in cancer #Epigenetics #Chromatin #GeneRegulation The Genetics Society

Powerful talks at #Epigenetics2025 on epigenetic memory:

Γ–zdemir: Inheriting H3K27me3

Belton: Non-canonical imprinting insights

Cavalli: Polycomb & 3D genome in cancer
#Epigenetics #Chromatin #GeneRegulation <a href="/GenSocUK/">The Genetics Society</a>
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Started strong on day 2 πŸ’ͺ🏼 3D genome talks at #Epigenetics2025: Oudelaar: How genome folds regulate genes Sandovici: Promoter contacts in adipogenesis Feldmann: Developmental gene activation via transient interactions Furlong: Enhancer-promoter looping in focus The Genetics Society

Started strong on day 2 πŸ’ͺ🏼

3D genome talks at #Epigenetics2025:

Oudelaar: How genome folds regulate genes
Sandovici: Promoter contacts in adipogenesis
Feldmann: Developmental gene activation via transient interactions
Furlong: Enhancer-promoter looping in focus
<a href="/GenSocUK/">The Genetics Society</a>
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Epigenetic flashbacks at #Epigenetics2025: Brickman: TFs remember, enhancers store 🧠 Metzis: A dual-function enhancer sets the Cdx2 timer ⏳ Wang: scMTR-seq = histone + RNA stories in one cell 🧬 Gribnau: Past enhancer activity maps future cell fate πŸ”βž‘οΈ #Development

Epigenetic flashbacks at #Epigenetics2025:

Brickman: TFs remember, enhancers store 🧠

Metzis: A dual-function enhancer sets the Cdx2 timer ⏳

Wang: scMTR-seq = histone + RNA stories in one cell 🧬

Gribnau: Past enhancer activity maps future cell fate πŸ”βž‘οΈ
#Development
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Epigenetic twists in immunity at #Epigenetic2025: Mehdipour: ncRNAs = cancer’s codewriters 🧬 Nally: GSK-J4 does more than demethylate βš—οΈ Bauset: Inflammatory memory in histone marks πŸ”₯ Chuong: TEs as stealth regulators in immune response 🧫 #Immunology #CancerBiology The Genetics Society

Epigenetic twists in immunity at #Epigenetic2025:
Mehdipour: ncRNAs = cancer’s codewriters 🧬
Nally: GSK-J4 does more than demethylate βš—οΈ
Bauset: Inflammatory memory in histone marks πŸ”₯
Chuong: TEs as stealth regulators in immune response 🧫
 #Immunology #CancerBiology <a href="/GenSocUK/">The Genetics Society</a>
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Cancer epigenomics at #Epigenetics2025, part 1/2: Carroll: Nuclear receptors in cancer 🧬 Orr: Non-coding variant at 14q24.1 linked to breast cancer πŸ” Azad: Drug-tolerant colon cancer reprogramming πŸ’Š Helin: Histone mods = disease switches πŸŽ›οΈ

Cancer epigenomics at #Epigenetics2025, part 1/2:
Carroll: Nuclear receptors in cancer 🧬
Orr: Non-coding variant at 14q24.1 linked to breast cancer πŸ”
Azad: Drug-tolerant colon cancer reprogramming πŸ’Š
Helin: Histone mods = disease switches πŸŽ›οΈ
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Cancer epigenomics at #Epigenetics2025 part 2/2 Vallot: Breast cancer in single-cell detail 🧫 Davies: PAX8’s solo act in ovarian cancer βš”οΈ Tomkova: Activating genes with methylation ✨ Behrens: Plasticity in pancreatic tumors πŸ”¬ The Genetics Society

Cancer epigenomics at #Epigenetics2025 part 2/2
Vallot: Breast cancer in single-cell detail 🧫
Davies: PAX8’s solo act in ovarian cancer βš”οΈ
Tomkova: Activating genes with methylation ✨
Behrens: Plasticity in pancreatic tumors πŸ”¬ <a href="/GenSocUK/">The Genetics Society</a>
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Thrilled to present my PhD research at the NET Models Meeting 2025! 🎀 My talk: Investigating the molecular mechanism of Groucho protein function in Drosophila melanogaster πŸͺ° Grateful for the chance to follow my mentor in showing how fruit flies can advance cancer research. πŸ’‘

Thrilled to present my PhD research at the NET Models Meeting 2025! 🎀 My talk: Investigating the molecular mechanism of Groucho protein function in Drosophila melanogaster πŸͺ° Grateful for the chance to follow my mentor in showing how fruit flies can advance cancer research. πŸ’‘