Molecular technology

Mikhalsky Al (1984) In Advances in science and technology chemistry and high molecular technology series, VINITI Moscow, p 151... 

Cell Molecular Technologies, Inc. (CMT) provides contract research and development services using state-of-the-art and time effective approaches to the pharmaceutical, biotechnology, and biomedical research communities. CMT offer experienced staff for... 

Central Laboratory of the Institute of Molecular Technology for Drug Discovery and Synthesis,t... 

Our work represents an extension of previous studies made by a research team from the Institute of Isotopic and Molecular Technology, Cluj-Napoca (Blaga et al. 1981) on the present free waters system from Padurea Craiului - Oradea area (Romania), that includes different sources of groundwaters, surface waters, as well as geothermal waters. 

The Institute of Isotopic and Molecular Technology, Cluj-Napoca, performed all the analyses. The routine isotopic analyses were run on a Thomson THN 202D mass spectrometer, with a working precision of 0.3%o. The uranium method was used to release hydrogen from water. All isotopic data are expressed in conventional 5 notation as the permil deviation of D/H ratios with respect to the V-SMOW standard. 

Blaga, L., Blaga, L. M., Feurdean, V., Bindea, C. 1981. Cercetari privind originea si dinamica apelor geotermale din zona Oradea - Felix - 1 Mai, Institute of Isotopic and Molecular Technology, Cluj-Napoca, Romania, Technical report. 

Genetic applications of molecular technologies have different concerns than routine clinical laboratory testing because results are used in a predictive manner (e.g., the probability that a gene is present and, if present, whether it will be expressed and to what extent of severity). Therefore, validation procedures may differ, depending on whether the test will be used in high-risk situations or in the general population. 

Support from our sponsors greatly contributed to a successful conference. Specifically we thank these organizations W. R. Grace (Davison Catalysts), Parr Instrument, Degussa, North American Catalysis Society, ACS-PRF, Air Products and Chemicals, CRl Catalysts, Engelhard, Eli Lilly Co., Merck Co., Slid Chemie, Umicore, Amgen and Nova Molecular Technologies, Inc. 

Recently, there has been a marked development in the methodologies to observe and manipulate single biopolymers (Mehta et al., 1999 Arai et al., 1999 Cui and Bustamante, 2000 Liphardt et al., 2001). The key procedure in the successful manipulation of single biopolymers has been the tight attachment of the end of the polymer to a micrometer-sized object. To achieve a wider application of such single-molecular technology, it would be important to manipulate individual macromolecules and control their conformation without any structural modifications (Chiu and Zare, 1996 Brewer et al., 1999). Thus, the manipulation of the compact DNAs without the attachment to a micrometer-sized bead or to any other macroscopic objects is expected to be useful for micrometer-scale laboratory experiments. This manipulation will also be a powerful tool for lab-on-a-chip or lab-on-a-plate (Katsura et al., 1998 Yamasaki et al., 1998 Matsuzawa et al., 1999, 2000). It may of value to refer to a recent study in transporting a compact DNA into a cell-sized liposome (Nomura et al., 2001). 

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