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Human Monoclonal Antibodies: MD.03.1H06, MD.03.1B06, MD.03.1D11, MD.031F03, MD.03.1F11, MD.03.1H01, MD.025.2H09, MD.03.1G01, MD.025.2F10, MD.025.2B07, MD.025.2G11, MD.025.1F09, MD.025.1D01, MD.025.1H07, 306.012.7.1C10, 306.012.7.1A05, 10.036.7.1B04, 10.04.7.1B03Ellebedy, Ali
T-018756
— Human Monoclonal Antibodies: MD.03.1H06, MD.03.1B06, MD.03.1D11, MD.031F03, MD.03.1F11, MD.03.1H01, MD.025.2H09, MD.03.1G01, MD.025.2F10, MD.025.2B07, MD.025.2G11, MD.025.1F09, MD.025.1D01, MD.025.1H07, 306.012.7.1C10, 306.012.7.1A05, 10.036.7.1B04, 10.04.7.1B03
Egr1Cre;Snap25Flp mice (On deposit with Jackson Labs – Strain 033895)Dougherty, Joseph
T-018757
— Egr1Cre;Snap25Flp mice
Cd40lg-Cre mouseChou, Chun ; Egawa, Takeshi
T-018831
— Cd40lg-Cre mouse
Venezuelan equine encephalitis virus (VEEV) E2 DNA plasmidKim, Arthur ; Diamond, Michael
T-019082
— VEEV E2 DNA plasmid
Gfrα1FloxEGFP miceMilbrandt, Jeffrey ; Jain, Sanjay
T-017997
— Using the Cre-deletor strain Hoxb7-Cre, Washington University researchers developed transgenic mice with loxP sites flanking the gene for the glial cell line-derived neurotrophic factor (GDNF) family receptor α1 (GFRα1), which is involved in kidney tissue development. These mice were the…
ViroCap: enhanced, efficient virome sequencing with metagenomic capture probesWylie, Todd ; Wylie, Kristine ; Storch, Gregory
T-015124
— Technology Description A team of researchers at Washington University developed “ViroCap”, a patented capture probe technique for senistive, comprehensive, in-depth metagenomics analysis vertebrate viruses. This invention could enhance traditional metagenomics shotgun sequencing (MSS) w…
Low-Power, Fast Sensors for Infrastructure‐to‐Vehicle Communications in Autonomous DrivingPochettino, Owen ; Kondapalli, Sri Harsha ; Aono, Kenji ; Chakrabartty, Shantanu
T-019014
— Engineers in Prof. Shantanu Chakrabarty’s laboratory have developed an RFID embedded sensor system for infrastructure-to-vehicle (I2V) communications that uses near-zero standby energy and offers the robust performance of actively powered communications. This technology is designed to provide …
Low-Power, Fast Sensors for Infrastructure‐to‐Vehicle Communications in Autonomous DrivingKondapalli, Sri Harsha ; Pochettino, Owen ; Aono, Kenji ; Chakrabartty, Shantanu
T-019014
— Engineers in Prof. Shantanu Chakrabarty’s laboratory have developed an RFID embedded sensor system for infrastructure-to-vehicle (I2V) communications that uses near-zero standby energy and offers the robust performance of actively powered communications. This technology is designed to provide …
Pressure recovery ratio (PRR) index for real-time assessment of heart failureZhang, Weixiong ; Shmuylovich, Leonid ; Chung, Charles ; Kovacs, Sandor
T-007562
— Technology Description Researchers in the Cardiovascular Biophysics Laboratory at Washington University developed a patented, real-time, automated index to reliably detect delayed relaxation during cardiac catheterization diagnostics. This technique, called pressure recovery ratio (PRR), serves as…
Real-time 3D MRIPark, Chunjoo (Justin) ; Kim, Taeho
T-019011
— Technology Description Researchers at Washington University in St. Louis have developed a method for real-time, high-resolution 3D MRI that can be used in diagnostic MRI and MRI-guided radiotherapy (MRgRT). MRgRT combines medical imaging with radiation therapy to provide visualization of the tumor…
Low-cost, environmentally friendly synthesis of delta-MnO2 nanosheets for battery cathodes, catalysts and remediationJung, Haesung ; Jun, Young-Shin
T-018510
— Technology Description Engineers in Prof. Young-Shin Jun’s laboratory have developed a cost-effective, fast, green chemistry process to produce birnessite (δ-MnO2) nanosheets with naturally abundant resources. This method uses sunlight and nitrate to oxidize Mn2+ (aq) to Mn (IV) and ha…
Low-cost, environmentally friendly synthesis of delta-MnO2 nanosheets for battery cathodes, catalysts and remediationJung, Haesung ; Jun, Young-Shin
T-018510
— Technology Description Engineers in Prof. Young-Shin Jun’s laboratory have developed a cost-effective, fast, green chemistry process to produce birnessite (δ-MnO2) nanosheets with naturally abundant resources. This method uses sunlight and nitrate to oxidize Mn2+ (aq) to Mn (IV) and ha…
Machine learning methods for real-time MRI image processing: MRI-only radiation treatment planning and improving MR image resolutionZhang, Hao ; Mutic, Sasa ; Green, Olga ; Park, Chunjoo (Justin)
T-018522
— Technology Description A team of researchers at Washington University School of Medicine developed deep learning image processing techniques to improve MRI diagnostics and potentially enable faster, more precise MRI-guided radiation therapy without exposing patients to radiation from CT imaging. S…
Ultrasound-guided diffuse optical tomography for fast, low-cost functional imaging of breast lesionsMostafa, Atahar ; Zhu, Quing
T-018800
— Technology Description Prof. Quing Zhu and colleagues have pioneered a compact, low-cost ultrasound-guided optical tomography system designed to differentiate between benign and malignant breast lesions and reduce the need for costly and invasive biopsies. This technology enables fast, robust imag…
Antibodies to TroponinLadenson, Jack
T-000093
— Antibody codes: 2B1.9 (3268) and 2F6.6 Publication: Bodor GS, Porter S, Landt Y, Ladenson JH. Development of monoclonal antibodies for an assay of cardiac troponin-I and preliminary results in suspected cases of myocardial infarction. Clin Chem. 1992 Nov;38(11):2203-14. Antibody codes: 5…
microRNA biomarker and drug target for ALS and other motor neuron diseasesKoval, Erica ; Hyman, Theodore ; Hoye, Mariah ; Dougherty, Joseph ; Miller, Timothy
T-015167
— Prof. Timothy Miller and colleagues have identified a motor neuron-specific, drug responsive microRNA (miR-218) that reflects the pathology of amyotrophic lateral sclerosis (ALS). This biomarker could be a target for therapeutic intervention or a proxy for motor neuron health and survival, including…
Antibody to SPRR3Young, Pampee ; Ladenson, Jack
T-004462
— Analyte: Small proline rich protein 3 (gene SPRR3) Antibody codes: 3E9.1 (4587), 4G3.1 (4563), and 2F10.2 (4604) Publications:
microRNA biomarker and drug target for ALS and other motor neuron diseasesHyman, Theodore ; Koval, Erica ; Hoye, Mariah ; Dougherty, Joseph ; Miller, Timothy
T-015167
— Prof. Timothy Miller and colleagues have identified a motor neuron-specific, drug responsive microRNA (miR-218) that reflects the pathology of amyotrophic lateral sclerosis (ALS). This biomarker could be a target for therapeutic intervention or a proxy for motor neuron health and survival, including…
Biomarkers for Alzheimer’s Disease and Brain InjuryLaterza, Omar ; Modur, Vijay ; Landt, Yvonne ; Ladenson, Jack
T-004414
— Technology Description Researchers in Prof. Jack Ladenson’s laboratory have discovered biomarkers and associated antibodies for Alzheimer’s disease (AD) that could be used for early/presymptomatic diagnosis or in clinical trials for AD drugs. This patented technology is based on the i…
Antibody to CalmodulinLadenson, Jack
T-000190
— Analyte: Calmodulin Antibody code: 2D1.15 Publication: Sacks DB, Porter SE, Ladenson JH, McDonald JM. Monoclonal antibody to calmodulin: development, characterization, and comparison with polyclonal anti-calmodulin antibodies. Anal Biochem. 1991 May 1;194(2):369-77