Published Agriculture Rutgers Venus® Dogwood Home, garden, landscape, specimen trees, industrial landscape, parks, three-season interest: Spring (floral bracts); Summer (leaves, shape, shade); Fall (foliage color) and fruit. By Rutgers University
Published Medical RNA Restriction Enzymes Rutgers scientists have identified and characterized 14 enzymes which recognize specific 3-, 4-, 5- and 7-base RNA sequences and cleave them at specific sites. By Rutgers University
Published Agriculture Mullica Queen® Cranberries A new and distinct variety of cranberry distinguished in that it is the result of crossing two varieties (Lemunyon and #35). By Rutgers University
Published Healthcare & Pharmaceuticals Versatile Bioactive-Based Polymers Rutgers scientists have developed a class of biodegradable and biocompatible polymers that chemically incorporate bioactive molecules, such as antioxidants and antimicrobials, in the backbone of the polymers for sustained release. By Rutgers University
Published Medical Protein Production Rutgers scientists have developed two Single Protein Production (SPP)-based systems to obtain high levels of specific isotopically enriched proteins. By Rutgers University
Published Sciences Mosquito Colony Production Rutgers scientists have developed an artificial feeding system for the maintenance and growth of mosquitoes that exploits their sugar feeding behavior rather than blood feeding. By Rutgers University
Published Agriculture SCN Resistance Rutgers scientists have developed a new method for inducing resistance to soybean cyst nematode (SCN) by using root-specific RNA interference (RNAi) technology. By Rutgers University
Published Power & Utilities Gigantus1 Rutgers scientists discovered a new gene Gigantus1 (Gts1) in Arabidopsis thaliana , which significantly influences seed germination, growth and biomass accumulation in plants. By Rutgers University
Published Medical Effective Vein Punctuation Rutgers scientists have thus developed a novel technology that will make vein punctuation easier, more effective, and less time consuming. By Rutgers University
Published Medical Stem Cell Gene Expression Rutgers scientists have made possible the delivery of siRNA/DNA through utilizing extracellular matrix (ECM) proteins, such as laminin. By Rutgers University
Published Medical VisikolTM Rutgers scientists have identified a novel chemical solution, VisikolTM, for clearing and mounting tissues for microscopic identification. By Rutgers University
Published Medical Production of Proteins Rutgers scientists have recently devised a novel expression system to produce mRNA transcripts without the detrimental stem-loop structure near the translation initiation site. By Rutgers University
