This suite of algorithms and software, named xPDFsuite, provides an end-to end software solution for PDF analysis. It includes code to integrate 2D powder diffraction patterns (if required), to convert the resulting 1D powder patterns to reduced structure functions and the PDF, to interrogate those models using correlation analysis and to model the PDF using the popular PDFgui program. PDF characterization of materials including drugs and industrial materials in their amorphous and nanocrystalline and liquid states Many materials of interest in next generation technologies are nanostructured or disordered. To request an academic license to download and use this software, please click on "Express Licensing" above, create an account/log in if you do not have an account/are not logged in, then return to this page, and click Express Licensing again. For a commercial license, please contact techventures@columbia.edu. Processing the Arabic language into its elementary linguistic components is particularly challenging due to two factors: the morphology of Arabic (how Arabic words are put together) is complex, and Arabic orthography (how Arabic is written) is highly ambiguous, since Arabic is typically spelled without short vowels and other diacritical markers. Download Inspector Manual To request an academic license to download and use this software, please click on "Express Licensing" above, create an account/log in if you do not have an account/are not logged in, then return to this page, and click Express Licensing again. For a commercial license, please contact techventures@columbia.edu. Magnetic resonance spectroscopy (MRS) is a powerful tool for biomedical research and clinical diagnostic, allowing for non-invasive measurement and quantification of chemical compounds from living tissues. Thanks to the NIH R24GM153869 grant, we are pleased to provide DSSR Basic free of charge to the academic community. Academic Users may submit a license request for DSSR Basic or DSSR Pro by clicking "Express Licensing". Commercial users may inquire about pricing and licensing terms by emailing techtransfer@columbia.edu, copying xiangjun@x3dna.org DSSR Pro excels in structural bioinformatics of RNA, DNA, and their protein complexes. The software has completely superseded 3DNA, and is being continuously improved. Download MARSS Manual To request an academic license to download and use this software, please click on "Express Licensing" above, create an account/log in if you do not have an account/are not logged in, then return to this page, and click Express Licensing again. For a commercial license, please contact techventures@columbia.edu. This technology, Magnetic Resonance Spectrum Simulator (MARSS), is a software package that is able to efficiently calculate the spectra from nuclear magnetic resonance (NMR) and magnetic resonance spectroscopy (MRS) experiments. To request an academic license to download and use this database, please click on "Express Licensing" above, create an account/log in if you do not have an account/are not logged in, then return to this page, and click Express Licensing again. For a commercial license, please contact techventures@columbia.edu. This technology is a database of transcript-inferred pathogenicity (TraP) scores that evaluate a single nucleotide variant’s ability to cause disease by affecting splicing and transcription. Open-Fold face-shields designed by Elizabeth Hillman and colleagues. Fully foldable, flat-cut plastic face-shield. Features include over-head visor for forehead protection and ear-to-ear strap. Download of Manual: https://www.dropbox.com/s/4nd7qyetzexdkp7/B0DETOX_09_Manual_v28Jan2019.pdf?dl=0 To request an academic license to download and use this software, please click on "Express Licensing" above, create an account/log in if you do not have an account/are not logged in, then return to this page, and click Express Licensing again. For a commercial license, please contact techventures@columbia.edu. This technology is a comprehensive software package for processing and analyzing B0 shimming in MRI and MRS applications. Download DOTCOPS2 Manual To request an academic license to download and use this software, please click on "Express Licensing" above, create an account/log in if you do not have an account/are not logged in, then return to this page, and click Express Licensing again. For a commercial license, please contact techventures@columbia.edu. Magnetic resonance imaging (MRI) and spectroscopy (MRS) are popular tools for in vivo imaging and characterization both in a clinical and research setting. RF pulses generate unwanted coherence pathways, which lead to artefacts, and suboptimal suppression of these unwanted coherence resonance pathways can render entire MRS investigations useless. This technology is a protective face shield composed of a single sheet of plastic that is inexpensive and easy to manufacture. Unmet Need: Rapidly-manufacturable face shields for personal protective equipment Conventional face shields for personal protective equipment (PPE) are composed of multiple plastic, foam, and elastic pieces. Their limited manufacturing efficiency results in shortages of face shields during periods of high PPE demand, forcing healthcare workers to tend to patients without proper protection. Results 1 to 10 of 27