Molecular

OLIGO Primer Analysis Software is the essential tool for designing and analyzing sequencing and PCR primers, synthetic genes, and various kinds of probes including siRNA and molecular beacons. Based on the most up-to date nearest neighbor thermodynamic data, Oligo's search algorithms find optimal primers for PCR, including TaqMan, highly multiplexed, consensus or degenerate primers. Multiple file batch processing is possible. It is also an invaluable tool for site directed mutagenesis.

OLIGO Primer Analysis Software is the essential tool for designing and analyzing sequencing and PCR primers, synthetic genes, and various kinds of probes including siRNA and molecular beacons. Based on the most up-to date nearest neighbor thermodynamic data, Oligo's search algorithms find optimal primers for PCR, including TaqMan, highly multiplexed, consensus or degenerate primers. Multiple file batch processing is possible. It is also an invaluable tool for site directed mutagenesis.

OLIGO Primer Analysis Software is the essential tool for designing and analyzing sequencing and PCR primers, synthetic genes, and various kinds of probes including siRNA and molecular beacons. Based on the most up-to date nearest neighbor thermodynamic data, Oligo's search algorithms find optimal primers for PCR, including TaqMan, highly multiplexed, consensus or degenerate primers. Multiple file batch processing is possible. It is also an invaluable tool for site directed mutagenesis.

Programme GRID is a computational procedure for determining energetically favourable binding sites on molecules of known structure. It may be used to study individual molecules such as drugs, molecular arrays such as membranes or crystals, and macromolecules such as proteins, nucleic acids, glycoproteins or polysaccharides. Several different molecules can be processed one after the other.

Spartan from Wavefunction is a general purpose modelling tool that uses modern computational methods to provide researchers with quantitative data on a molecular structure, energy, reactivity, selectivity and a wide range of molecular properties. With a single GUI (graphical user interface)/computational engine Spartan provides users with a molecular modelling tool which is both comprehensive and user friendly. With unsurpassed visualisation and a wide range of well documented computational methods in a single user-friendly software tool, Spartan delivers the full power of molecular modelling to chemists everywhere.

Spartan from Wavefunction is a general purpose modelling tool that uses modern computational methods to provide researchers with quantitative data on a molecular structure, energy, reactivity, selectivity and a wide range of molecular properties. With a single GUI (graphical user interface)/computational engine Spartan provides users with a molecular modelling tool which is both comprehensive and user friendly. With unsurpassed visualisation and a wide range of well documented computational methods in a single user-friendly software tool, Spartan delivers the full power of molecular modelling to chemists everywhere.

Spartan from Wavefunction is a general purpose modelling tool that uses modern computational methods to provide researchers with quantitative data on a molecular structure, energy, reactivity, selectivity and a wide range of molecular properties. With a single GUI (graphical user interface)/computational engine Spartan provides users with a molecular modelling tool which is both comprehensive and user friendly. With unsurpassed visualisation and a wide range of well documented computational methods in a single user-friendly software tool, Spartan delivers the full power of molecular modelling to chemists everywhere.

Chemissian is an analyzing tool of molecules electronic structure and spectra. It can manipulate molecular orbital energy-level diagrams (Hartree-Fock and Kohn-Sham orbitals), calculated and experimental UV-VIS electronic spectra, electronic/spin density maps and prepare them for publication. Chemissian has a user-friendly graphical interface and lets you examine and visualize data from the output of Gaussian, US-Gamess, Firefly/PC-Gamess quantum chemical program packages. Chemissian tools helps you to investigate nature of transitions in UV-vis spectra, bonding nature, etc.

Chemissian is an analyzing tool of molecules electronic structure and spectra. It can manipulate molecular orbital energy-level diagrams (Hartree-Fock and Kohn-Sham orbitals), calculated and experimental UV-VIS electronic spectra, electronic/spin density maps and prepare them for publication. Chemissian has a user-friendly graphical interface and lets you examine and visualize data from the output of Gaussian, US-Gamess, Firefly/PC-Gamess quantum chemical program packages. Chemissian tools helps you to investigate nature of transitions in UV-vis spectra, bonding nature, etc.

Chemissian is an analyzing tool of molecules electronic structure and spectra. It can manipulate molecular orbital energy-level diagrams (Hartree-Fock and Kohn-Sham orbitals), calculated and experimental UV-VIS electronic spectra, electronic/spin density maps and prepare them for publication. Chemissian has a user-friendly graphical interface and lets you examine and visualize data from the output of Gaussian, US-Gamess, Firefly/PC-Gamess quantum chemical program packages. Chemissian tools helps you to investigate nature of transitions in UV-vis spectra, bonding nature, etc.