Trending

#ImmuneMemory

Latest posts tagged with #ImmuneMemory on Bluesky

Latest Top
Trending

Posts tagged #ImmuneMemory

Video

Check out our latest episode!

Dr. Rafi Ahmed from Emory University talks about his research on #ImmuneMemory.

Listen now: https://bit.ly/4bjqWpO

1 1 0 0
Post image

🧬🍽️ Your macrophages may be carrying your mother’s metabolic history!
In our @cp-trendsimmuno.bsky.social article, we discuss how maternal diet programs lifelong immune function.
authors.elsevier.com/sd/article/S...
#ImmuneMemory #Macrophages #MaternalNutrition #DOHaD #EarlyLifeProgramming

35 5 0 0
Preview
Member Highlight: Alexander Lercher on Innate Immune Memory and Real-World Microbe Responses - Biweekly newsletter of the International Cytokine & Interferon Society My name is Alexander Lercher, and I am currently a Postdoc in the lab of Charlie Rice at Rockefeller University in New York, and I am particularly excited about studying immune responses in the context...

Innate immune memory is wild 🧠
Alexander Lercher from Rockefeller dives into how cells remember past infections and prep for future ones. Type I interferon doing way more than just fighting viruses!
Full interview: buff.ly/5TKEJ9o
#CytokineSociety #ImmuneMemory #TypeIInterferon #CellsHaveMemoriesToo

6 3 0 0
Preview
Teva and Fosun Pharma partner on early-stage oncology drug - PharmaTimes The candidate is being evaluated as both a monotherapy and in combination pembrolizumab

#drugdevelopment #Oncology #FosunPharma #TEV56278 #Teva #monotherapy #combinationtherapy #pembrolizumab #clinicaldatageneration #antiPD1IL2ATTENUKINEtherapy #antitumourTcellactivity #MerckandCo #MSD #enhancedTcellinfiltration #immunememory #preclinicalstudies
pharmatimes.com/news/teva-an...

0 0 0 0
Models capturing different kinetics and relationships between the cell populations of interest. Model A: Independent homogeneous model. Each population (TN, CD95int, CD95hi) is independent and homogeneous. Model B: Independent heterogeneous model. Each population (TN, CD95int, CD95hi) is independent and allowed (but not constrained) to be heterogeneous. Model C: Forked differentiation model. Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k); a fraction (f) differentiate into the CD95int pool with the remainder differentiating into the CD95hi pool. Model D: Linear differentiation model (CD95int first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95int pool which subsequently differentiate into the CD95hi pool. Model E: Linear differentiation model (CD95hi first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95hi pool which subsequently differentiate into the CD95int pool. Note for compactness, in the cartoons, CD95int TSCM are designated Tint and CD95hi TSCM are designated Thi. In every model each population was assumed to be of constant size. The models were fitted to the data to identify which model was most consistent with the experimental observations and to quantify the population parameters.

Models capturing different kinetics and relationships between the cell populations of interest. Model A: Independent homogeneous model. Each population (TN, CD95int, CD95hi) is independent and homogeneous. Model B: Independent heterogeneous model. Each population (TN, CD95int, CD95hi) is independent and allowed (but not constrained) to be heterogeneous. Model C: Forked differentiation model. Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k); a fraction (f) differentiate into the CD95int pool with the remainder differentiating into the CD95hi pool. Model D: Linear differentiation model (CD95int first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95int pool which subsequently differentiate into the CD95hi pool. Model E: Linear differentiation model (CD95hi first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95hi pool which subsequently differentiate into the CD95int pool. Note for compactness, in the cartoons, CD95int TSCM are designated Tint and CD95hi TSCM are designated Thi. In every model each population was assumed to be of constant size. The models were fitted to the data to identify which model was most consistent with the experimental observations and to quantify the population parameters.

How do T stem cell-like memory (TSCM) cells act to maintain long-term #ImmuneMemory? This study reveals that human #TSCM cells comprise two distinct subpopulations with complementary roles; 1. Supporting clonal longevity. 2. Driving expansion & self-renewal @plosbiology.org 🧪 plos.io/4kQi0tL

5 1 0 0
Models capturing different kinetics and relationships between the cell populations of interest. Model A: Independent homogeneous model. Each population (TN, CD95int, CD95hi) is independent and homogeneous. Model B: Independent heterogeneous model. Each population (TN, CD95int, CD95hi) is independent and allowed (but not constrained) to be heterogeneous. Model C: Forked differentiation model. Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k); a fraction (f) differentiate into the CD95int pool with the remainder differentiating into the CD95hi pool. Model D: Linear differentiation model (CD95int first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95int pool which subsequently differentiate into the CD95hi pool. Model E: Linear differentiation model (CD95hi first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95hi pool which subsequently differentiate into the CD95int pool. Note for compactness, in the cartoons, CD95int TSCM are designated Tint and CD95hi TSCM are designated Thi. In every model each population was assumed to be of constant size. The models were fitted to the data to identify which model was most consistent with the experimental observations and to quantify the population parameters.

Models capturing different kinetics and relationships between the cell populations of interest. Model A: Independent homogeneous model. Each population (TN, CD95int, CD95hi) is independent and homogeneous. Model B: Independent heterogeneous model. Each population (TN, CD95int, CD95hi) is independent and allowed (but not constrained) to be heterogeneous. Model C: Forked differentiation model. Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k); a fraction (f) differentiate into the CD95int pool with the remainder differentiating into the CD95hi pool. Model D: Linear differentiation model (CD95int first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95int pool which subsequently differentiate into the CD95hi pool. Model E: Linear differentiation model (CD95hi first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95hi pool which subsequently differentiate into the CD95int pool. Note for compactness, in the cartoons, CD95int TSCM are designated Tint and CD95hi TSCM are designated Thi. In every model each population was assumed to be of constant size. The models were fitted to the data to identify which model was most consistent with the experimental observations and to quantify the population parameters.

How do T stem cell-like memory (TSCM) cells act to maintain long-term #ImmuneMemory? This study reveals that human #TSCM cells comprise two distinct subpopulations with complementary roles; 1. Supporting clonal longevity. 2. Driving expansion & self-renewal @plosbiology.org 🧪 plos.io/4kQi0tL

5 0 0 0
Models capturing different kinetics and relationships between the cell populations of interest. Model A: Independent homogeneous model. Each population (TN, CD95int, CD95hi) is independent and homogeneous. Model B: Independent heterogeneous model. Each population (TN, CD95int, CD95hi) is independent and allowed (but not constrained) to be heterogeneous. Model C: Forked differentiation model. Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k); a fraction (f) differentiate into the CD95int pool with the remainder differentiating into the CD95hi pool. Model D: Linear differentiation model (CD95int first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95int pool which subsequently differentiate into the CD95hi pool. Model E: Linear differentiation model (CD95hi first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95hi pool which subsequently differentiate into the CD95int pool. Note for compactness, in the cartoons, CD95int TSCM are designated Tint and CD95hi TSCM are designated Thi. In every model each population was assumed to be of constant size. The models were fitted to the data to identify which model was most consistent with the experimental observations and to quantify the population parameters.

Models capturing different kinetics and relationships between the cell populations of interest. Model A: Independent homogeneous model. Each population (TN, CD95int, CD95hi) is independent and homogeneous. Model B: Independent heterogeneous model. Each population (TN, CD95int, CD95hi) is independent and allowed (but not constrained) to be heterogeneous. Model C: Forked differentiation model. Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k); a fraction (f) differentiate into the CD95int pool with the remainder differentiating into the CD95hi pool. Model D: Linear differentiation model (CD95int first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95int pool which subsequently differentiate into the CD95hi pool. Model E: Linear differentiation model (CD95hi first). Upon meeting cognate antigen, TN cells undergo a clonal burst (of size 2k) and differentiate into the CD95hi pool which subsequently differentiate into the CD95int pool. Note for compactness, in the cartoons, CD95int TSCM are designated Tint and CD95hi TSCM are designated Thi. In every model each population was assumed to be of constant size. The models were fitted to the data to identify which model was most consistent with the experimental observations and to quantify the population parameters.

How do T stem cell-like memory (TSCM) cells act to maintain long-term #ImmuneMemory? This study reveals that human #TSCM cells comprise two distinct subpopulations with complementary roles; 1. Supporting clonal longevity. 2. Driving expansion & self-renewal @plosbiology.org 🧪 plos.io/4kQi0tL

15 1 0 0
Post image

NK cells share a universal signature of memory with B and T cells. Come to my presentation at AAI to find out more.

Sunday April 4th 9:30am Room 316C
#AAI2025 #NKcells #ImmuneMemory

5 1 0 0

#Medsky🧪#IDsky #Immunosky #publichealth #Immunememory is essential for the effectiveness #Covid19vaccination

🔥 #COVID19 💉induces durable #Bcell responses in exposed & naive humans

🔥Spike+ #Bcells gradually expand toward the recognition of the RBD subdomain

2 0 1 0
Preview
mRNA Vaccines Enhance Immune Memory Beyond Expectations Emerging research reveals that mRNA COVID-19 vaccines induce lasting epigenetic changes in the innate immune system, enhancing the body's preparedness against future infections and showcasing broader immunological benefits than previously recognized.

Discover how mRNA vaccines do more than fight COVID-19—they reprogram your immune system for lasting defense. #mRNAVaccine #ImmuneMemory #HealthInnovation

0 0 0 0
Preview
Howard G. Smith MD, AM on Instagram: "Same Arm Boosts CoVid Vax Responses Receiving sequential CoVid vaccinations in the same arm boosts your initial protective antibody responses 4.5 fold. Research ... 0 likes, 0 comments - drhowardsmithreports on March 18, 2025: "Same Arm Boosts CoVid Vax Responses Receiving sequential CoVid vaccinations in the same arm boosts your initial protective antibody resp...

Same Arm Boosts CoVid Vax Responses: CoVid vaccinations in the same arm boosts your initial protective antibody responses 4.5 fold. #vaccinate #samearm #immunememory #CoVid #shingles #pneumonia
www.instagram.com/drhowardsmit...

0 0 0 0

Get vaccinated!

"So 10 to 20 percent of people infected with #Measles have the #ImmuneMemory of other infections or vaccinations wiped out, Elledge says. That may leave them vulnerable to illnesses in the future even if they were previously infected or vaccinated against bacteria and viruses."

1 0 0 0
Preview
Study suggests how measles depletes body’s immune memory — Harvard Gazette A new Harvard study shows measles wipes out 11 percent to 73 percent of antibodies against an array of viruses and bacteria, depleting a child’s previous immunity, which underscores the importance of ...

#Measles infection *can* kill, but it also does this insidious thing where it makes your immune system forget how to fight other infections — for as long as three years. That’s always a bad thing, but worse in our #pandemic times.

#ImmuneMemory

news.harvard.edu/gazette/stor...

1 0 1 0
Preview
Study suggests how measles depletes body’s immune memory — Harvard Gazette A new Harvard study shows measles wipes out 11 percent to 73 percent of antibodies against an array of viruses and bacteria, depleting a child’s previous immunity, which underscores the importance of ...

#Measles infection *can* kill, but it also does this insidious thing where it makes your immune system forget how to fight other infections — for as long as three years. That’s always a bad thing, but worse in our #pandemic times.

#ImmuneMemory

news.harvard.edu/gazette/stor...

3 3 1 0
Preview
Humoral and cellular immune memory to four COVID-19 vaccines - PubMed Multiple COVID-19 vaccines, representing diverse vaccine platforms, successfully protect against symptomatic COVID-19 cases and deaths. Head-to-head comparisons of T cell, B cell, and antibody respons...

Study of 2022 compares immune responses across four #COVID-19 #vaccines (Moderna, Pfizer, Janssen, Novavax). mRNA vaccines show stronger antibody levels and cellular immunity, while all promote memory B cells. Highlights mRNA's edge for durability amid evolving variants. #ImmuneMemory

1 0 0 0
Preview
Long COVID patients maintain robust immune memory two years after infection Researchers discovered that SARS-CoV-2-specific T and B cells in long COVID patients are maintained for two years, similar to fully recovered individuals, offering insights into long-term immunity.

Long COVID patients maintain robust immune memory two years after infection 🔬💪🦠 www.news-medical.net/news/2024091... #LongCOVID #Immunology #SARSCoV2 #Tcells #Bcells #COVID19 #ImmuneMemory #Vaccination #Research #Health

2 0 0 0
Preview
Upper airway swabs reveal rich, stable immune memory crucial for respiratory defense Researchers discovered diverse and stable immune cell populations in the upper respiratory tract, highlighting the critical role of mucosal immunity in COVID-19 and other respiratory diseases.

Upper airway swabs reveal rich, stable immune memory crucial for respiratory defense 🔬🧬🦠 www.news-medical.net/news/2024080... #Immunology #UpperAirway #COVID19 #ImmuneMemory #MucosalImmunity #Research #Virology #InfectionDefense #BCells #TCells @natureportfolio.bsky.social

1 0 0 0