ls22

Multiscale Models Shed Light on Tuberculosis

Tuberculosis is unique compared to many other diseases, leading to major challenges in its characterization.

Modeling the Severity of Influenza-Bacteria Coinfections

Bacterial coinfections have contributed to much of the mortality in influenza pandemics and are typically difficult...

A mathematical model simulates plant dynamics in different-sized habitats to understand the effects of...

Researchers examine the effects of a time delay in the negative feedback between the pancreas and liver.

Current cholera models must consider distinct serotypes of the bacteria and environmental reservoirs like rivers.

Dynamic soaring enables albatrosses to fly while exerting little to no energy, acquiring lift from the wind itself.

The genital tract microbiome may play a role in the development of the adverse pathology in chlamydial infection.

Mathematical analysis can infer circadian clock phase based on indirect measurements from wearable devices.

Statistical models can reliably predict genetic resistance to an antimalarial drug across space and time in...

A computational framework integrates bacterial, fungal, and viral data sets from well-characterized patient populations.

An agent-based simulation investigates the behavior of very large flocks of birds, including collective motions like...

A new framework investigates why genetically identical cells respond differently to the same external stimuli.

A deeper understanding of plant growth mechanics can help improve crop resilience and accelerate sustainable development.

Mathematical models are critical for the development of gene drives, which could turn the tables on mosquito-borne...

A new plant mutualism model captures conditions for context dependence and incorporates a mutualist and pathogen...

At LS22, Lucia Carichino combines math modeling with experimental data to understand the interaction between contact lenses and the eye.

Mara Baudena applied impulsive stochastic differential equations to the relation between plants, fire, and rainfall...

At LS22, Casey Diekman sought to minimize circadian misalignment in non-24-hour sleep-wake disorder, shift...

At LS22, Alison Duffy examined the learning and maintenance of song behavior in adult zebra finches given neural perturbation.

At LS22, Ahmed El Hady explained a heuristic and a Bayesian approach to modeling the foraging behavior of...

At LS22, David Elzinga used a mechanistic model to study the effects of environmental stressors on social bee...

A new approach has begun to unravel the way in which confinement in a crowded space changes how bacteria spread.

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