Articles tagged with Tissue Growth
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A study published in Cancer Cell found that increased tissue rigidity promotes the malignant behavior of tumor cells by inducing Rho-generated cytoskeletal tension and focal adhesions. This discovery may lead to new therapeutic strategies for treating cancers.
Research by Ingber and colleagues found that manipulating mechanical force in developing mouse lungs can slow down or speed up growth, which could lead to novel treatments for lung conditions. This study sheds light on the importance of mechanobiology in understanding normal lung development and potential intervention pathways.
The study identifies a protein called ASF/SF2 as a regulator of calcium enzyme responsible for heart contraction and tissue growth. The researchers found differences in male versus female mice, with males experiencing greater disease and dying earlier.
Researchers used zebra fish to discover that nerves and blood vessels share similar guiding signals, crucial for therapeutic angiogenesis. This finding has significant implications for developing targeted forms of treatment for diseases like heart attacks.
A new Italian study found that women with endometriosis have a significantly higher prevalence of migraine, but no link to attack frequency or pain intensity. The study also suggests that investigating headaches in women with endometriosis is crucial for proper diagnosis and treatment.
A new study uses MRI to guide percutaneous sclerotherapy, a minimally invasive treatment for low-flow vascular malformations, resulting in successful symptom relief without complications. The technique enables precise targeting and monitoring of the malformation, leading to improved patient outcomes.
Researchers have successfully developed a gene therapy approach to treat peripheral arterial disease, stimulating blood vessel growth and improving perfusion in damaged leg tissue. The treatment also appeared to prevent programmed cell death, as the researchers reported.
Jennifer West, a renowned bioengineer, has made significant advancements in nanotechnology and tissue engineering. Her research focuses on developing novel biomaterials for vascular grafts that could eliminate the need for vein transplants.
Researchers discover that apoptotic cells induce compensatory proliferation in fruit fly tissue, promoting cell growth through specific signaling cascades. This phenomenon has implications for understanding cancer and hyperplasia, highlighting the importance of regulating apoptosis.
Italian researchers found a 40% relative reduction in endometriosis risk among women consuming higher amounts of green vegetables and fresh fruit. Conversely, high consumption of beef, other red meat, and ham was associated with an increased risk, potentially leading to a 3-4% decrease in prevalence if confirmed by future studies.
Researchers have found that male breast cancer incidence has increased by 26% over the past 25 years, with men being diagnosed at a later stage than women. The study also revealed differences in tumor biology, including higher rates of estrogen receptor-positive tumors in men.
Scientists at Johns Hopkins University have developed a new biomaterial that can promote cell growth and differentiation, potentially aiding in the repair of human tissue. The self-assembling protein gel is made from genetically engineered modular proteins that can be mixed to create different types of hydrogels for specific applications.
A research team at MGH has successfully grown long-lasting blood vessels using a technique that combines endothelial and perivascular cells. The new vessels formed beautiful networks, survived, and functioned like normal vasculature tissue.
Researchers develop a novel treatment to stimulate natural cartilage tissue growth in knee joint defects, providing a potential solution for osteoarthritis treatment. The hyaluronan-based polymer creates a protective cap and enables new cartilage tissue to grow, filling the defect and promoting healing.
Researchers develop a method to capture enzyme activity in real-time, revealing detailed information about molecular interactions. This breakthrough enables the design of targeted synthetic drugs for cancer treatment.
Tissue engineers can now monitor the growth and differentiation of cells in three-dimensional scaffolds with unprecedented depth. This breakthrough provides a crucial capability for the emerging field of tissue engineering, which aims to regenerate form and function in damaged or diseased tissues and organs.
Researchers developed VEGF-TRAP, an injection that prevents new blood vessel growth in the eyes of mice. The treatment halted existing vessel leakage and showed long-lasting effects without complications. It may offer a potential treatment for diabetic retinopathy and macular degeneration.
Researchers found that men with male breast cancer are more likely to be older when diagnosed, have later stage disease, and ductal papillary cancers. The study suggests important biological differences between male and female breast cancer.
Researchers have found a possible association between IVF and an increased risk of Beckwith-Wiedemann syndrome (BWS), a genetic disorder that can predispose children to cancer. BWS is characterized by excessive growth and occurs in about 1 in 15,000 births, with the incidence being significantly higher among IVF-conceived babies.
Researchers used Diffusion-Weighted Magnetic Resonance Imaging (DWMRI) to visualize and measure water characteristics in mouse tumors before and after chemotherapy. They found a significant correlation between water diffusion properties prior to treatment and subsequent tumor growth rate.
Researchers found that Cox-2 inhibitors preserve crucial growth-inducing chemicals that help lungs and tissues grow in premature babies. The study suggests these medications may prevent diseases such as bronchopulmonary dysplasia and retinopathy of prematurity, common complications of premature birth.
A study suggests that insulin can suppress a pro-inflammatory transcription factor that promotes clot formation in blood vessels. Insulin infusion reduced levels of tissue factor and plasminogen activator inhibitor-1, key players in the development of human and mouse atherosclerosis.
A unique Icelandic study reveals a significant genetic component to endometriosis, with affected women being more interrelated than control groups. The research suggests that women at risk may benefit from earlier pregnancy or diagnostic tests.
Researchers found that growth hormone therapy stimulated immunity-promoting cells in bone marrow and other organs of aging rats, increasing red and white blood cell production by up to three times. This approach could lead to increased reserve capacity for immune cells in the elderly.
Researchers genetically engineered mice to overexpress the HIF-1α gene in skin cells, resulting in a 70% increase in capillaries and normal-like blood vessels. The study suggests that HIF-1α harnesses VEGF expression in a way that could be beneficial therapeutically for conditions like ischemic tissue and recalcitrant wounds.
Scientists have identified a protein segment responsible for fibrous tissue growth leading to liver cirrhosis. They've developed a mutated version of the protein that blocks this process in mice, offering potential new hope for treating liver diseases.
Bioengineers at Cornell University have created a system for transplanting clusters of brain cells, together with controlled-release microcapsules of protein, to enable cell differentiation and growth. The technique has shown promise in treating neurodegenerative diseases and spinal cord injuries.
Researchers at Ohio State University are investigating ways to re-grow tiny blood vessels to keep damaged heart tissue alive after a heart attack. They have demonstrated that endothelial cells can grow in grooves carved in the surface of a soft transparent gel in the laboratory, paving the way for future transplants.
Researchers identified a single gene regulating wing formation in fruit flies, revealing a fundamental understanding of how genes mastermind limb development. The discovery may lead to new avenues for preventing birth defects caused by genetic miscommunication.