Computational Modeling News and Research

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New computational modeling technology to noninvasively assess likelihood of heart attack

The National Science Foundation has awarded $550,000 to fund a collaborative new research project to develop a noninvasive, computational modeling technology for assessing the likelihood of a heart attack in patients with high levels of plaque buildup in their arteries -- the primary cause of heart attack in the U.S. today.

22 Aug 2019

Predicting post-traumatic osteoarthritis using simplified computational models

Knee joint injuries, such as ligament rupture, are common in athletes. As the intact joint ligaments offer a precondition for joint stability, ligament injuries are often surgically reconstructed. However, in many cases these injuries or surgeries can lead to post-traumatic osteoarthritis.

20 Aug 2019

Scientists gain insights into how the brain perceives different odors

Scientists have looked deep into the brain to understand the relationships between the synapses of olfactory nerves and the functions of inhibitory interneurons.

31 Jul 2019

New EU-funded research project aims to fight breast cancer

The ability to control key forces that drive biological functioning would be a boon for a number of medical fields. With a focus on breast cancer, an EU-funded project is bringing together different research communities to work towards understanding and controlling cellular mechanics.

3 Jul 2019

Researchers determine atomic interactions that stabilize phase-changing proteins

Most of the well-studied proteins in our bodies are like metal; some can change shape easily, like aluminum foil, and others are rigid, like steel beams, but they typically have a solid, well-defined structure.

2 Jul 2019

New computational modeling method predicts how gut microbes change over time

A new computational modeling method uses snapshots of which types of microbes are found in a person’s gut to predict how the microbial community will change over time.

From PLOS ONE 28 Jun 2019

HBP scientists argue why brain simulations are indispensable for neuroscience

Simulations of large-scale networks of neurons are a key element in the European Human Brain Project. In a new perspective article scientists from the HBP argue why such simulations are indispensable for bridging the scales between the neuron and system levels in the brain.

6 Jun 2019

Biologists unravel new role for nervous system in regeneration

Biologists at Tufts University have developed a computational model of planarian (flatworm) regeneration that explains how fragments of planaria determine which end should form a tail and which should form a head.

25 Apr 2019

New computational model of human kinase may provide insights for cancer drug development

Researchers have developed a computational model for human MEK1, a protein with potential as a drug target for a variety of human cancers.

4 Apr 2019

New study offers insight into development of delusions

Delusions are one of the most common symptoms of psychosis, but little is known about what causes them. A new study from researchers at Columbia University and New York State Psychiatric Institute offers insight into the development of delusions, which could lead to better treatments for people with psychosis.

22 Mar 2019

Smoking during pregnancy increases SUID risk

The first findings to result from a collaboration between Seattle Children's Research Institute and Microsoft data scientists provides expecting mothers new information about how smoking before and during pregnancy contributes to the risk of an infant dying suddenly and unexpectedly before their first birthday.

11 Mar 2019

Custom-designed proteins may help generate antibodies to inhibit HIV infection

A new way to create proteins that can sneak through HIV's protective coating may be a step toward understanding the key components needed for developing a vaccine for the virus, according to researchers.

27 Feb 2019

New simulations offer insights on vital atomic-scale drug-cardiac cells interactions

To unravel the mysterious mechanisms of drug potency for the treatment of cardiac arrhythmias, a group of researchers at UC Davis have developed novel simulations that provide insights on vital atomic-scale drug-cardiac cells interactions.

8 Feb 2019

Computational model of the heart’s mitral valve enables customized care for patients

Engineers at The University of Texas at Austin have developed a new noninvasive technique for simulating repairs to the heart's mitral valve with levels of accuracy reliable enough for use in a clinical setting.

30 Jan 2019

Older adults care about strangers' welfare in financial decision-making, study finds

A recent study by researchers from the National University of Singapore found that when it comes to making financial decisions under risk, older adults will regard the financial outcomes of others' as their own and make choices that they would have selected for themselves.

30 Dec 2018

Scientists uncover direct link between brain cell size and IQ level

Scientists working within the Human Brain Project have for the first time uncovered a direct relation between brain cell size and IQ level.

21 Dec 2018

GABA cells help fight alcohol dependence, study finds

Scientists of the Higher School of Economics, Indiana University, and École normale supérieure clarified how alcohol influences the dopamine and inhibitory cells in the midbrain that are involved in the reward system and the formation of dependency on addictive drugs.

19 Dec 2018

Computational Modeling News and Research

New computational modeling technology to noninvasively assess likelihood of heart attack

Predicting post-traumatic osteoarthritis using simplified computational models

Scientists gain insights into how the brain perceives different odors

New EU-funded research project aims to fight breast cancer

Researchers determine atomic interactions that stabilize phase-changing proteins

New computational modeling method predicts how gut microbes change over time

HBP scientists argue why brain simulations are indispensable for neuroscience

Biologists unravel new role for nervous system in regeneration

New computational model of human kinase may provide insights for cancer drug development

New study offers insight into development of delusions

Smoking during pregnancy increases SUID risk

Custom-designed proteins may help generate antibodies to inhibit HIV infection

New simulations offer insights on vital atomic-scale drug-cardiac cells interactions

Computational model of the heart’s mitral valve enables customized care for patients

Older adults care about strangers' welfare in financial decision-making, study finds

Scientists uncover direct link between brain cell size and IQ level

GABA cells help fight alcohol dependence, study finds

Ground-breaking computer models could boost treatment of common cardiac condition

Researchers to develop computer-based tools for use in cancer research

Maverick immune cells can act independently to identify and kill cancer cells, finds research

Industry Focus eBook - Forensics & toxicology (2nd edition) eBook

Latest eBooks

Editorial Focus eBook - Proteomics (2nd Edition)

Industry Focus eBook - Life Science Microscopy (2nd Edition)

BFEB: Advances in microplate-based assays and analysis

Biologics stability screening toolkit: Three practical workflows for accelerating formulation development

Advancing Neuroscience Research Through Collaboration and Patient-Centered Innovation

The impact of vibration on microscopy

How Omics Technologies Are Transforming Biological Research and Drug Discovery