Johns Hopkins University
Explore Johns Hopkins University's available technologies.
Phosphoproteomic profiling of bryostatin-1-modulated CNS innate immunity for MS therapeutic target discovery
Research collaboration to map protein phosphorylation changes triggered by bryostatin-1 in microglia and CNS macrophages. Aims to uncover how PKC activation drives anti-inflammatory and remyelination pathways, identifyin...
Self-forming dynamic membranes for concurrent filtration and fermentation
Innovative self-forming dynamic membrane bioreactors utilize inexpensive materials to create a biofilm layer for effective solid-liquid separation during fermentation. This system integrates filtration and fermentation, ...
Catalytic oxidative decomposition of HDPE into high-value waxes
Innovative technology for converting HDPE waste into valuable waxes using catalytic oxidative decomposition. This exothermic process optimizes energy efficiency and product selectivity, promising a scalable solution for ...
Amorphous metal-imidazolate resists for EUV lithography
Introducing amorphous metal-imidazolate films (aZIFs) as innovative resists for extreme ultraviolet (EUV) lithography. These resists offer tunable composition and sub-nanometer thickness control, achieving sensitivity as...
Novel peptide therapy targeting obesity, diabetes, and aging
Johns Hopkins University researchers have developed novel AMPK-targeting peptides that address metabolic disorders like obesity and diabetes. By promoting mitochondrial fission and restoring mitochondrial health, these p...
Nano-engineered superlattice thermoelectrics for compressor-free cooling
CHESS (Controlled Hierarchically Engineered Superlattice Structures) is an advanced, nano-engineered thermoelectric cooling technology developed by the Johns Hopkins Applied Physics Laboratory. By utilizing thin-film mat...
Autonomous X-ray acquisition and mixed-reality fixation guidance
An autonomous, AI-driven X-ray navigation system for percutaneous pelvic fracture fixation. It uses machine learning and robotic imaging to optimize surgical trajectories and provide real-time, mixed-reality guidance, ai...
Ultrasound/photoacoustic guidance integrated with robotic surgery
An integrated intraoperative guidance system combining da Vinci robotic surgery with real-time ultrasound and photoacoustic imaging to visualize critical subsurface anatomy and enhance surgical precision.
Bronchial device to reduce one-lung-ventilation injury
The Bronchosleeve is a novel catheter-based medical device designed to optimize one-lung ventilation (OLV) during thoracic surgery. By replacing bulky legacy devices with a slimmer, more flexible, and easier-to-position ...
Monolayer PET thermoplastics with incorporated oxygen scavengers
Johns Hopkins University researchers are developing PET-based monolayer thermoplastic compositions with directly incorporated oxygen scavengers. This technology aims to replace complicated multilayer packaging with a sim...
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