The latest work from Pusan National University @PusanUni by Prof. Dae Hyun Kim and from Kyungsung University by Asst. Prof. Min Hi Park and their team is now featured in FBL!
Welcome to read this article 👉: https://t.co/ISUVLH2wLr
Article Highlights
💡 How do everyday https://t.co/CDU69YkCjH
Welcome to read this article 👉: https://t.co/ISUVLH2wLr
Article Highlights
💡 How do everyday https://t.co/CDU69YkCjH
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Register now for Livestream and On Demand Access to @KeystoneSymp #Immunometabolism Across Scales, this January to explore emerging research! https://t.co/JXnewQeV3d #KSImmunometab26 https://t.co/BPE6FaOibs Special APC discounts, contact emilyqi@imrpress.org.
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Circadian control of DNA repair may shape cancer outcomes
Find More Research: https://t.co/VnXx8SHkmA
New research reveals that homologous recombination is not constant across the day. In human cells, DNA end resection follows a circadian rhythm, peaking in the early morning. https://t.co/VT8zYaKdKQ
Find More Research: https://t.co/VnXx8SHkmA
New research reveals that homologous recombination is not constant across the day. In human cells, DNA end resection follows a circadian rhythm, peaking in the early morning. https://t.co/VT8zYaKdKQ
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Immune cells in the lung may be holding a key clue to long COVID. 🫁🧬
https://t.co/SqTUQAIEF0
We turned a new finding into a quick quiz — can you spot how lung macrophages mirror circulating monocytes in severe respiratory long COVID?
Dive into the full blog to unpack what this https://t.co/KSFbYnhyYs
https://t.co/SqTUQAIEF0
We turned a new finding into a quick quiz — can you spot how lung macrophages mirror circulating monocytes in severe respiratory long COVID?
Dive into the full blog to unpack what this https://t.co/KSFbYnhyYs
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A Distinct Monocyte State Links Immune Dysregulation to Lung Damage in Long COVID
Find More Research: https://t.co/VnXx8SHkmA
Long COVID is increasingly understood as a systemic immune disorder rather than a purely post-viral condition. A new study identifies a distinct https://t.co/k8BcFoAghi
Find More Research: https://t.co/VnXx8SHkmA
Long COVID is increasingly understood as a systemic immune disorder rather than a purely post-viral condition. A new study identifies a distinct https://t.co/k8BcFoAghi
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Microsystem Technologies Accelerating Immunotherapy Discovery and Translation
https://t.co/JWlP472j75
Introduction
Immunotherapies, such as CAR‑T cells and checkpoint inhibitors, are reshaping cancer and autoimmune disease treatment but remain hindered by variable efficacy, https://t.co/Df3KSZttiD
https://t.co/JWlP472j75
Introduction
Immunotherapies, such as CAR‑T cells and checkpoint inhibitors, are reshaping cancer and autoimmune disease treatment but remain hindered by variable efficacy, https://t.co/Df3KSZttiD
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Rhinovirus doesn’t change. Your airway does.
https://t.co/hmEHwNQ7X8
Rhinovirus causes a mild cold for most people.
But in asthmatics and smokers, it can spiral into real respiratory distress.
Why?
New research shows the difference isn’t the virus — it’s the signaling logic of https://t.co/TrJ5mvj0AB
https://t.co/hmEHwNQ7X8
Rhinovirus causes a mild cold for most people.
But in asthmatics and smokers, it can spiral into real respiratory distress.
Why?
New research shows the difference isn’t the virus — it’s the signaling logic of https://t.co/TrJ5mvj0AB
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🧬⏳ From Bench to Future｜Can We Rewind Aging by Rewriting Gene Control?
https://t.co/4LbtXArXdc
Systematic identification of transcription factors driving cellular rejuvenation
What if aging isn’t just damage accumulation—but a mis-set gene regulatory program? This study https://t.co/NzCq3pbYeH
https://t.co/4LbtXArXdc
Systematic identification of transcription factors driving cellular rejuvenation
What if aging isn’t just damage accumulation—but a mis-set gene regulatory program? This study https://t.co/NzCq3pbYeH
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🧬 How meiosis genes shape recombination & aneuploidy
Find More Research: https://t.co/5R0v3vifKZ
Meiosis ensures accurate chromosome segregation and genetic diversity, but errors can cause aneuploidy, a leading contributor to pregnancy loss and congenital disorders.
Key https://t.co/W5PFtEeHhY
Find More Research: https://t.co/5R0v3vifKZ
Meiosis ensures accurate chromosome segregation and genetic diversity, but errors can cause aneuploidy, a leading contributor to pregnancy loss and congenital disorders.
Key https://t.co/W5PFtEeHhY
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🧪 Quick quiz for cancer immunology folks:
Read the full story 👇
https://t.co/LN722Lx4by
How can a gut microbial metabolite rewire bone-marrow myelopoiesis and make metastasis less likely?
Our latest blog dives into how chemotherapy-induced dysbiosis → IPA → macrophage-biased https://t.co/2xINTEeJAg
Read the full story 👇
https://t.co/LN722Lx4by
How can a gut microbial metabolite rewire bone-marrow myelopoiesis and make metastasis less likely?
Our latest blog dives into how chemotherapy-induced dysbiosis → IPA → macrophage-biased https://t.co/2xINTEeJAg
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🧫 New cancer–microbiome insight
Find More Research: https://t.co/VnXx8SHkmA
Chemotherapy doesn’t just kill tumor cells — it rewires the immune system via the gut.
Here’s what the research shows 👇
• Chemotherapy induces intestinal dysbiosis
• Tryptophan-metabolizing bacteria https://t.co/F4SyZmo8r1
Find More Research: https://t.co/VnXx8SHkmA
Chemotherapy doesn’t just kill tumor cells — it rewires the immune system via the gut.
Here’s what the research shows 👇
• Chemotherapy induces intestinal dysbiosis
• Tryptophan-metabolizing bacteria https://t.co/F4SyZmo8r1
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Not all fat is bad — losing beige fat may actively raise blood pressure. 🫀🔥
https://t.co/rnByZ0A0dv
New evidence shows that ablation of PRDM16, a key regulator of beige adipocyte identity, triggers vascular remodeling and hypertension.
Key insights 👇
• Beige fat normally https://t.co/4cTMpEhUmF
https://t.co/rnByZ0A0dv
New evidence shows that ablation of PRDM16, a key regulator of beige adipocyte identity, triggers vascular remodeling and hypertension.
Key insights 👇
• Beige fat normally https://t.co/4cTMpEhUmF
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The latest work from Alfaisal University @Alfaisaluniv by Prof. Khalid S. Mohammad and Dr. Fatimah Bu Izran is now featured in FBL!
Welcome to read this article 👉: https://t.co/FYDACCwc59
Article Highlights
💡 Could TGF-β be the master conductor of the vicious cycle driving https://t.co/k8rBFzVUka
Welcome to read this article 👉: https://t.co/FYDACCwc59
Article Highlights
💡 Could TGF-β be the master conductor of the vicious cycle driving https://t.co/k8rBFzVUka
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The latest work from Al-Nahrain University by Prof. Rebah N. Algafari and his team is now featured in FBE!
Full article👉: https://t.co/PB2npfCKt4
💡How do specific gene mutations influence antibiotic resistance in E. coli O157:H7?
#EcoliO157H7 #AntibioticResistance #ShigaToxin https://t.co/CmkP8tPzqj
Full article👉: https://t.co/PB2npfCKt4
💡How do specific gene mutations influence antibiotic resistance in E. coli O157:H7?
#EcoliO157H7 #AntibioticResistance #ShigaToxin https://t.co/CmkP8tPzqj
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Explore emerging research with field leaders @KeystoneSymp Tumor Microenvironment: Identifying Drivers of Progression and Resistance, this May in Whistler! https://t.co/m1PQn8DSuT #KSTumorMicro26 https://t.co/mEa19DgDhm
Special APC discounts, contact emilyqi@imrpress.org.
Special APC discounts, contact emilyqi@imrpress.org.
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What immune cell type was once considered too difficult to generate through transcriptional reprogramming alone — until combinatorial TF screening changed the game?
https://t.co/d9dJSFpGee
🧠 We break down how platforms like REPROcode uncover hidden transcriptional “recipes” for https://t.co/TMRwyhxvhh
https://t.co/d9dJSFpGee
🧠 We break down how platforms like REPROcode uncover hidden transcriptional “recipes” for https://t.co/TMRwyhxvhh
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A Combinatorial Transcription Factor Screening Platform for Immune Cell Reprogramming
Find More Research: https://t.co/VnXx8SHkmA
Immune cell identity and function are tightly governed by transcription factor (TF) networks. However, identifying which combinations of TFs can https://t.co/p1B8ELKQxp
Find More Research: https://t.co/VnXx8SHkmA
Immune cell identity and function are tightly governed by transcription factor (TF) networks. However, identifying which combinations of TFs can https://t.co/p1B8ELKQxp
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What if treating gliomas isn’t just about shrinking the tumor—but targeting where it starts?
🔍 Read, think, and research smarter.
https://t.co/B0b0u7EdKC
Recent research shows IDH-mutant gliomas arise from glial progenitor cells, revealing new metabolic and immunological https://t.co/wKRhtTt4jX
🔍 Read, think, and research smarter.
https://t.co/B0b0u7EdKC
Recent research shows IDH-mutant gliomas arise from glial progenitor cells, revealing new metabolic and immunological https://t.co/wKRhtTt4jX
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IDH-Mutant Gliomas Originate from Glial Progenitor Cells Harboring the Initial Driver Mutation
Find More Research: https://t.co/VnXx8SHkmA
Understanding the origins of glioma is critical for interpreting tumor behavior and therapeutic response. Growing evidence indicates that https://t.co/8HomTowEA4
Find More Research: https://t.co/VnXx8SHkmA
Understanding the origins of glioma is critical for interpreting tumor behavior and therapeutic response. Growing evidence indicates that https://t.co/8HomTowEA4
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The latest work from Saint Camillus International University of Health Sciences and Sapienza University of Rome @SapienzaRoma by Assoc. Prof. Federica Campolo and her team is now featured in FBL!
Welcome to read this article 👉: https://t.co/EubUeMArzp
Article Highlights
💡 https://t.co/2VNY2w3OL6
Welcome to read this article 👉: https://t.co/EubUeMArzp
Article Highlights
💡 https://t.co/2VNY2w3OL6
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https://t.co/IUnIwoDvGc Deep Search Get a Free Comprehensive Research Report Search, Chat, and Generate Reports with Ease! Check https://t.co/y9Xd2dBj3s
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Open access journal for cellular and molecular biology, Indexed in SCIE, PubMed, Scopus and more. COPE member IF: 3.1 💌 FBL@imrpress.com
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Open access journal for biotechnology and applied microbiology Indexed in PubMed, Scopus, DOAJ and more COPE-member journal 📩:FBE@imrpress.com IMR Press
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