MInt

(redirected from Molecular Interaction)
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AcronymDefinition
MIntMensa International
MIntMexico, Indonesia, Nigeria and Turkey (economies)
MIntMint Is Now Tos
MIntMobile Information and Network Technologies
MIntMultiprocessor Interrupt Controller
MIntMinistry of the Interior
MIntMolecular Interaction
MIntMathematik, Informatik, Naturwissenschaften, Technik (German: mathematics, computer science, science and technology)
MIntMalaysian Institute for Nuclear Technology Research
MIntMinT Is Not TOS (Atari open source operating system)
MIntCenter for Materials for Information Technology (University of Alabama)
MIntManagement of Innovation and New Technology (Michael G. DeGroote School of Business; Canada)
MIntMid-Columbia Interagency Narcotics Task Force (Oregon)
MIntMutual Interference
MIntMultimedia Internet Terminal
MIntModel for Integrated Network Transformation (Juniper)
MIntMonitoring Interval
MIntMulti-source Intelligence Toolkit
MIntMiniaturized Wireless Network Testbed
MIntMaster of Science in Internetworking (University of Alberta; Canada)
MIntCenter for Magnetics and Information Technology (University of Minnesota)
MIntMetal In-Line Treatment
MIntManagement Information Network for Training
MIntMutual Interference Test
MIntMaterial Identification and New Item Control Technique
MIntMinistry of Industry and New Technologies (Kazakhstan)
References in periodicals archive ?
High and Danner determined the group contributions for the molecular interaction energy, [[Epsilon].sub.11], and the molecular reference volume, [Mathematical Expression Omitted] using series of n-alkanes, branched alkanes, cycloalkanes, arenes, ethers, ketones, monochlorinated alkanes, and water.
Then chemists and pharmacologists from industry and academia in Europe and the US discuss calculating and applying molecular interaction fields, pharmacodynamics, and pharmacokinetics.
The molecular interaction forced the dewetting to penetrate only the top 12 nm of the film.
Our study examined how the molecular interaction between the two helps lead to disease.
Automated that enables versatile molecular interaction studies.
Contract notice: Acquisition of a molecular interaction measuring apparatus.
In the present investigation the positive deviations of VE have been attributed to dispersive forces that show weak molecular interaction between the different molecules, while the negative deviations of VE have been attributed to interactive forces (Hydrogen bonding) that show strong molecular interaction between the unlike molecules for both binary system under study.
The main applications of FLIM are studies of molecular interaction by Forster Resonance Energy Transfer (FRET), biosensing microenvironmental changes and separation of fluorophores with overlapping spectral proprieties.
The study of molecular interaction in binary and ternary liquid mixtures plays an important role in molecular sciences.
By understanding this molecular interaction in fine detail, researchers can begin to design new compounds with a view to developing drugs with improved properties.
Their Surface Plasmon Resonance (SPR) systems offer the precision and accuracy necessary for the study of molecular interaction biology and chemistry.
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