Vaccine responsiveness

Papers on vaccine responsiveness

289 papers9 new in 30 days

Saturday, November 14

Wednesday, November 11

Science Advances

Uneven T cell division linked to better vaccine responses

People in an influenza vaccine trial had better responses when their dividing T cells shared cellular recycling machinery more unequally.People in an influenza vaccine trial had better responses when their dividing T cells shared cellular recycling machinery more unequally.

Human CD8⁺ T cells undergo ACD in the presence of Fc–ICAM-1.
Cohort · 12 peopleImmune response

Thursday, November 5

Tuesday, November 3

Research Square

Inhibiting brain neurons restored immune cell production in aged mice

In experiments in aged mice, inhibiting specific brain neurons or deleting a gene involved in inflammatory signaling improved the response to a flu vaccine.In experiments in aged mice, inhibiting specific brain neurons or deleting a gene involved in inflammatory signaling improved the response to a flu vaccine.

Bone marrow with sparse versus abundant immune cells sits beneath mice and branching neurons, with inflammation clustered above the sparse region.
Preprint: mouse studyBlood and immune system

Friday, October 30

Tuesday, October 27

Friday, October 16

Research Square

Vaccine patch under the tongue protected aged mice from flu

When aged mice were exposed to influenza, the patch provided 100% protection, compared with 75–80% protection from injected formulations.When aged mice were exposed to influenza, the patch provided 100% protection, compared with 75–80% protection from injected formulations.

Histological analysis of the suglingual tissue ageing.
Preprint: mouse studyInterventions

Tuesday, October 13

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Wednesday, August 26

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Friday, July 31

bioRxiv

Flu vaccine additive linked to faster antibody rises in adults

A randomized trial analysis followed 56 younger and older adults for 180 days and found no significant difference in overall antibody levels between vaccine groups.A randomized trial analysis followed 56 younger and older adults for 180 days and found no significant difference in overall antibody levels between vaccine groups.

Preprint: randomized trial · 56 peopleInterventions

Monday, July 27

Genome Biology

Human blood cell model outperforms 35 age-assessment methods

Trained on data from 1,284 donors, the computational framework predicted age more accurately than comparison methods in tests that included independent datasets.Trained on data from 1,284 donors, the computational framework predicted age more accurately than comparison methods in tests that included independent datasets.

Computational studyBiomarkers

Thursday, July 23

Friday, July 10

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Monday, July 6