Researchers present a new method for generating human alveolar epithelial type I cells. This could ultimately progress therapies for people living with pulmonary diseases.
Researchers have developed a deep-learning model that predicts the transition from a normal cardiac rhythm to atrial fibrillation 30 minutes before onset, with an accuracy of around 80%.
The world has hardly processed Covid-19, so the thought of another pandemic is far from pleasant. Yet, infectious disease experts have picked the most likely candidate in a new survey.
US researchers have developed and validated a new urine-based test for prostate cancer, which was shown to meaningfully reduce unnecessary prostate biopsies while providing highly accurate detection.
New research provides cause for optimism that long Covid can resolve over time. Following people from the first wave of Covid-19, it monitored the longevity of immune abnormalities after an infection.
Stiffness in tissues can be a valuable indicator of cancer formation. Now, researchers have developed a microscopic probe to perform histology at the single cell level inside the human body.
Aiming to shorten recovery times after a bone fracture, an Osaka Metropolitan University-led research group is focusing on plasma irradiation as a treatment method to speed up bone healing.
Unlike most tumours, atypical teratoid/rhabdoid (AT/RT) tumours develop very quickly. Now, researchers explored the mechanisms of these aggressive brain tumours that mainly affect young children.
Experts at Newcastle University have discovered artificial intelligence can be used to analyse medical imaging from CT scans, which is aimed at predicting survival in patients with laryngeal cancer.
Researchers have discovered how the mechanical properties of tumours - their softness, for example - can prime cancer cells to better survive their spread to other organs.
Takotsubo cardiomyopathy (‘broken heart syndrome’) is a known complication of Guillain-Barré, but not much is known about the association between the two. New research aims to change this.
Digital pathology can be used to great effect in pharmaceutical research: it can accelerate analyses, give deeper insights into cellular mechanisms, and enable better understanding of their role into clinical development. This potentially offers clearer predictions on how patients may respond to treatment and lead to personalized therapies.
Bacteria can help – or hinder – the treatment of cancer. How this happens, however, is largely unknown. Now, researchers have mapped bacteria in cancer metastases to shed more light on their role.
A newly-developed material made of proteins shows promise for targeted cancer therapies: Like secretory granules in the endocrine system, it delivers nanoparticles which attack specific cancer cells.
A new trial could pave the way for more gentle surgery of breast cancer: The researchers explore the possibility of sparing the lymph nodes in the armpit - even if metastases are already present.
Researchers discovered three distinct immunological endophenotypes of multiple sclerosis, defined by specific blood immune signatures. This opens new avenues for personalized treatment strategies.
Researchers are developing novel active substances designed to cut off the nutrient supply of resistant bacteria, effectively starving them to death.
With a field strength of 11.7 T, the Iseult MRI machine currently is the most powerful scanner of its kind. Now, the first images of a living human brain showcase impressive resolution.
A recent suggestion to stop using the term ‘long-Covid’ may have been well-intentioned, but could ultimately do more harm than good, experts point out.
Traditional fixation techniques often fall short in addressing the mechanical challenges of unstable intertrochanteric femur fractures. A new nail aims to fix this issue.
Could a chatbot-like AI tool locate brain damage after a stroke? In a new study, large language model GPT-4 processed text from health histories and neurologic examinations to locate brain lesions.
A new detection tool is designed to contribute to improving tumour research and classification by identification and quantification of chromosomal instability in the nuclei of cancer cells.
A research team created a computational model that simulates the invasion of cancer cells in breast tumors on a biomechanical level. This could help predict the evolution of breast cancer in patients.
A specific subtype of a microbe commonly found in the mouth has been identified that is able to travel to the gut and grow within colorectal cancer tumors, driving cancer progression.
Using 3D bioprinting to accurately replicate the biological environment surrounding gastric cancer cells, researchers predicted a patient’s response to anticancer drugs during the preclinical stage.
