Paradigm Biomedical

Piljac, T, Piljac, G. Use of rhamnolipids in wound healing, treating bum shock, atherosclerosis, organ transplants, depression, schizophrenia and cosmetics, European Patent 1889623, Paradigm Biomedical Inc., New York, 1999. 

Another company. Paradigm Biomedical (http //www.paradigmbiomedical.com/), uses rhamnolipids in the treatment of psoriasis, in wound-healing applications. The low toxicity, biocompatibility and biodegradability of rhamnolipids is also the reason that a cosme-ceutical company, Aurora Advanced Beauty Labs (http //www.aurorabeautylabs.com/), includes rhamnolipids in their cosmetic formulations. In the case of medical and cosmetic applications, both companies indicate that they use only highly purified forms of the biosurfactant, which suggests that biosurfactants produced from waste biomass are not suitable for these applications. 

Instead, this review seeks to cover less well-known and newly emerging aspects of metal-nucleobase chemistry. In addition to biomedical relevancies, nucleic acid chemistry offers a paradigm for organizing molecules via base pairing. Combining the hydrogen bonding... 

Chemical structural information is one of the missing pieces in the great effort to bring biomedical research into the realm of twenty-first century information extraction and knowledge discovery paradigms. Proteins, genes, diseases, and chemical compounds constitute the major entities extracted in the biomedical domain. The ability to read structure information and substructure information and their association to other entities could have a major impact on toxicity information in particular and ADMET data in general. 

This paradigm—among many exciting discoveries in basic biomedical research— deserves special attention. We compiled these sources because of their interesting evolving views of the personal and establishment ecosystem dynamics around Crick and Watson and their discovery of the DNA double helix. 

The applications discussed above address the interaction between humans and biomedical products that embed or employ computers. However, as HCI technology develops to address new paradigms, new modes of interaction, such as haptic feedback, gestural, and speech interfaces will increasingly involve biomedical factors. 

Introduction HCI Directions and Design Challenges Interaction Design Paradigms User Interaction Design Processes HCI in Biomedical Application Areas Defining Terms References Further Information... 

Recently, a paradigm shift from synthetic, non-resorbable polymers towards predesigned biodegradable polymers has taken place in the field of biomedical sciences. Especially in... 

---