Researchers discovered a synergistic effect when combining glucosamine with ibuprofen, resulting in enhanced pain relief. The study suggests that adding glucosamine to existing pain medications could lead to improved efficacy without increasing side effects.
Research published in Journal of Multilingual Communication Disorders reveals that adopted Chinese children develop English language skills comparable to those of native-born peers. By age two, most children showed no evidence of delay and some had larger vocabularies.
Temple researchers mapped out early embryo development and found that clones replicate the process entirely at this stage. However, cloned embryos bear characteristics of both an embryo and adult cell, leading to slow and incomplete development.
A study published in Journal of Bone and Mineral Research found that repetitive work tasks can cause pathological overloading of upper extremity bones in rats. The researchers observed tissue damage and inflammation within 3-6 weeks, suggesting the potential for early intervention to prevent further harm.
Researchers at Temple University have identified a genetic mutation responsible for inflammation in Crohn's disease. The study found that a specific protein, kininogen, plays a key role in the development of the disease.
A study by Temple University researchers identifies the molecular mechanisms that may assist the tumor-suppressing gene Rb2/p130 in blocking lung cancer cells. The study reveals nearly 70 genes regulated by Rb2, including previously known and unknown targets involved in lung cancer progression.
A study by Temple University researchers found that pRb2/p130 binds to the estrogen receptor alpha and recruits molecules that make breast tumors more responsive to treatment. However, mutated pRb2/p130 signals can silence the expression of the estrogen receptor, making therapies less effective against cancer cells.
Researchers at Temple University have discovered a possible link between the common human virus JC virus and colon cancer. The study found that the viral genome and proteins were present in malignant epithelial tumors in the large intestine, which may play a role in tumor development.
Researchers at Temple University have discovered that combining the Rb2 gene with gamma radiation treatment speeds up tumor cell death by upregulating p73 and downregulating Bcl-2. This study offers a promising new approach to treating glioblastoma, a malignant brain tumor.
The Prostate Interactive Educational System (PIES) is an interactive, computer-based program designed to provide comprehensive information tailored to the patient's preferences. The program will present disease and treatment information, a virtual support group, and allow patients to jot down notes in a virtual notebook.
Researchers at Temple University discovered that the Rb2 gene's lack of expression could be an early indicator of prostate cancer. A study found lower expression levels of Rb2 in prostate tissue as it progresses from normal to cancerous, suggesting its potential use as a diagnostic marker.
Dr. Boufadel is developing new protocols to test the effectiveness of dispersants in oil spill cleanup. He aims to correlate shaking energy with sea state and wave height to optimize dispersant use. The EPA has shown interest in his work.
Researchers found viral genome and proteins T antigen and agnoprotein in pediatric brain tumor samples, suggesting a potential role in tumor development. The discovery of agnoprotein expression in the absence of T-antigen expression suggests a possible pathway for tumor growth.
A Temple University geologist and his team were visiting Mt. Etna when they received word of an impending eruption, which was predicted to the minute. The team had been working on a sensor that measures gas composition to predict eruptions, and their prediction marked a potential breakthrough in volcanic prediction.
At Temple University, students are participating in a month-long course to study the biology of coral reefs, with a field trip to Belize's Great Barrier Reef. Researchers from Temple and the Smithsonian Tropical Research Institute have also discovered early evidence of root crop cultivation in the Americas, dating back nearly 7,000 years.
Researchers from Temple University and the Smithsonian Tropical Research Institute found starch grains on stone tools in Panama dating back nearly 7,000 years. This direct evidence suggests that farming was taking place in tropical America earlier than previously thought.
The program aims to connect kids with both sports and academics, helping them learn math and science while participating in sports. The Sport Science program will expand over the next three years to include 540 sixth-, seventh-, and eighth-grade girls from six Philadelphia schools.
A computer-based tutorial program developed by Temple University professor Brian P. Butz determines a student's strengths and weaknesses, creating an individualized learning plan. The system also offers immediate feedback on simulation projects and replicates actual lab conditions in a virtual electrical laboratory.
Researchers are investigating what motivates young fathers to bond with their children, examining social supports, personality traits, and socio-demographic factors. The study aims to identify attributes that reinforce or diminish father-child bonding in teenaged mothers.
Experts discuss the impact of brain development research on child development and public policy, particularly day care, at a symposium hosted by Temple University. The forum explores serious implications of John Bruer's book, citing lack of data to support the 'zero to three' theory.
A trio of Temple University computer scientists develop a framework to provide wide-ranging IT education to non-computer science majors. The project aims to change attitudes toward technology and foster second-level courses across various disciplines.
Temple University physicist Zameer Hasan is working to increase the storage capacity of compact discs by using lasers to distinguish between different colors, allowing for a billion-fold increase in data storage. His research focuses on creating materials that can withstand high temperatures and improve the speed of laser reading.
A two-month research trip to Antarctica led by Temple University biologist Robert W. Sanders aimed to study microorganisms and retrieve samples from the extreme environment. The National Science Foundation funded the work, which will contribute to understanding biology at the limits of life.
Researchers at Temple University have found that spatial attention can improve motor and language tasks in individuals with aphasia who have parietal lobe lesions. This means that directing attention to the correct location can enhance performance on various cognitive tasks, including sensory, naming, and reading tasks.
Researchers have utilized viruses as tools for material science and drug delivery, using their protein coats to admit and expel organic and inorganic material. The potential implications include creating unlimited numbers of homogeneously sized crystals for semiconductor production and targeted cancer therapies.
The COW project provides an interactive teaching tool that offers real-time feedback to students, helping them better understand calculus concepts. The site features 123 program modules and thousands of problems, making it an effective supplement to traditional classroom instruction.
Professor Brian P. Butz's innovative expert system gathers information about students' learning patterns and adjusts questions to focus on areas of difficulty, presenting material in the most effective way for each student. The system has the potential to significantly improve academic outcomes for introductory and remedial classes.
The use of science fiction films in teaching science courses at the college and precollege levels significantly enhances students' understanding of scientific principles. Film segments from four science fiction or television series will be screened and discussed to illustrate or violate scientific principles, debunking pseudo-science.
A research network will investigate how adolescent development influences juvenile law, focusing on competence assessment, risk factors for future crime, and treatment amenability. The goal is to make informed decisions regarding young offenders in the juvenile justice system.