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Examining Pathogen-Induced Morphomolecular Divergence in Tumor-Derived Cells with Raman Spectroscopy: An Interview with Clara Craver Award Winner Ishan BarmanThe Coblentz Society created the Clara Craver Award to recognize young individuals who have made significant contributions in applied analytical vibrational spectroscopy. The work may include any aspect of infrared (IR), terahertz (THz), or Raman spectroscopy in applied analytical vibrational spectroscopy. This year’s recipient, Ishan Barman, is an Associate Professor in the Department of Mechanical Engineering at the Johns Hopkins University with joint appointments in Oncology and Radiology and Radiological Science.

Ishan Barman wins Maximizing Investigators’ Research Award (MIRA) and The Coblentz Society Clara Craver AwardBoth awards recognize his research in the field of spectroscopy.

Not just skin deep: Hopkins team develops more detailed anatomical phantoms - Department of Mechanical EngineeringJohns Hopkins researchers have developed a revolutionary and reproducible new model material that not only looks and feels like human skin but also mimics its complex system of capillaries, the…

DOD Awards $161 Million to Universities to Purchase Equipment Supporting Defense-Relevant The Department of Defense announced awards totaling $161 million to 281 university researchers under the Defense University Research Instrumentation Program.

Our work on Raman active nanoprobe for targeted tumor imaging

Read our latest journal on the subject, "A Smart Intracellular Self-Assembling Bioorthogonal Raman Active Nanoprobe for Targeted Tumor Imaging" published in Advanced Science here!

Researchers develop tiny nanoSABERs to aid battle against cancer New nanoSABER technology allows clinicians to visualize tumors in their entirety, which could improve cancer imaging and outcomes

Smart Nanotool May Give Cancer Imaging a BoostInspired by the process cells use to assemble proteins, Johns Hopkins University researchers developed Raman-active self-assembling bioorthogonal enzyme recognition (nanoSABER) probes for targeted tumor imaging.

Researchers develop tiny nanoSABERs to aid battle against cancerWhen Jedi Knights need to vanquish an enemy, they whip out their trusty lightsabers. In the future, thanks to Johns Hopkins researchers, doctors seeking to crush cancer may wield minuscule molecular nanoSABERs that allow them to look at tumors in ways never before possible.

New Technology Enables Precise Cancer ImagingNew Technology Enables Precise Cancer Imaging - isp.page

Pioneering NanoSABER Technology Revolutionizes Cancer ImagingPioneering NanoSABER Technology Revolutionizes Cancer Imaging - Express Healthcare Management

Johns Hopkins Develops NanoSABERs for Cancer BattleWhen Jedi Knights need to vanquish an enemy, they whip out their trusty lightsabers. In the future, thanks to Johns Hopkins researchers, doctors

NanoSABERs Developed To Help Fight Against Cancer, Allows Cell Visualization for Improved Tumor ImagingResearchers developed tiny nanoSABERs which aid battle against cancer through improved cancer imaging and outcomes. Learn more about it in this article.

NanoSABER Probes Illuminate New Horizons in Cancer ImagingIn a groundbreaking development in cancer imaging, researchers from Johns Hopkins University have unveiled a pioneering approach to detecting and visualizing tumors with unprecedented precision.

Our work on SERS for detection of viruses

Read our latest journal on the subject, "Label-Free Spectroscopic SARS-CoV-2 Detection on Versatile Nanoimprinted Substrates" published in Nano Letters here!

Researchers develop sensor for faster, more accurate COVID-19 testsA COVID-19 sensor developed at Johns Hopkins University could revolutionize virus testing by adding accuracy and speed to a process that frustrated many during the pandemic.

Hopkins team develops new sensor for rapid COVID-19 testingA new sensor developed by researchers at Hopkins can detect communicable diseases like COVID-19, H1N1 and the Zika virus in saliva more accurately than traditional rapid tests at about the same speed.

Johns Hopkins develops sensor for faster, more accurate COVID-19 testsHopkins researchers say the sensor combines accuracy levels approaching that of PCR testing with the speed of rapid antigen tests, could be used for mass testing at airports, schools, and hospitals

This $1 COVID test could make going out again a breezeThis cutting-edge sensor only requires you to spit on it to spot COVID, H1N1, and Zika.

Hopkins researchers say they’ve developed a better way to test for COVID, other virusesJohns Hopkins has developed a sensor that can use saliva to easily and quickly detect COVID and other viruses.

Sensor for faster, more accurate COVID-19 testsResearchers say the sensor combines accuracy levels approaching that of PCR testing with the speed of rapid antigen tests, and could be used for mass testing at airports, schools, and hospitals.

Highly sensitive nanoimprinted sensor platform for faster, more accurate COVID-19 testsResearchers say the sensor combines accuracy levels approaching that of PCR testing with the speed of rapid antigen tests, and could be used for mass testing at airports, schools, and hospitals.

New COVID-19 test promises more accuracy and efficiencyA new test for COVID-19 promises to be faster, more efficient, and just as accurate, according to researchers at Johns Hopkins University, in the US.

Engineers develop fast and accurate COVID-19 sensorEngineers at Johns Hopkins University, supported in part by the U.S. National Science Foundation, have developed a COVID-19 sensor that addresses the…

Our recent work on Cancer

Read our journal, "Noninvasive morpho-molecular imaging reveals early therapy-induced senescence in human cancer cells" published in Science Advances here!

New microscopy method detects treatment-resistant cancer cells earlyApproach could help optimize clinical decisions

Uno studio pioneristico del Politecnico di Milano fa chiarezza su uno degli aspetti ancora poco compresi del cancroLa ricerca scientifica pubblicata sulla prestigiosa rivista "Science Advances" ha studiato la senescenza delle cellule tumorali indotta dalla terapia

Read our journal on the subject, "Raman Spectroscopy and Machine Learning Reveals Early Tumor Microenvironmental Changes Induced by Immunotherapy" published in Cancer Research here!

Raman spectroscopy shows how immunotherapy changes tumoursRaman spectroscopy and machine learning to understand the complex changes in tumours after immunotherapy. It has the potential to transform clinical methods for predicting therapy response.

Researchers pioneer method to examine how immunotherapy changes tumorsThe non-invasive technique using an optical probe provides early signs of how a tumor is responding to treatment

Our recent work on Plasmonic Sensing

Read our journal on the subject, "Plasmonic Nanodiamonds" published in Nano Letters here!

Nanodiamonds Sparkle, Emit Brighter Photons, in Gold RINGSAn enhanced solid-state single-photon source could mean a brighter future for imaging technologies.

Read our journal on the subject, "A Programmable DNA-Silicification-Based Nanocavity for Single-Molecule Plasmonic Sensing" published in Advanced Materials here!

Tiny structures generate powerful beams for enhanced optical imagingUsing DNA as a scaffold, engineers create synthetic nanomaterial that could pave the way for rapid and more accurate diagnostic testing from a single molecule

Tiny structures generate powerful beams for enhanced optical imagingEven the smallest molecule can tell a big story. For instance, observing a single molecule can throw light on underlying biological processes in the human body. In fact, molecular imaging procedures—which are noninvasive and painless—are being used to diagnose and manage the treatment of COVID-19, cancer, heart disease, and other serious health conditions.

Our work on Malaria screening

Non-Invasive Malaria Screening Device Uses Light for DiagnosisThe test is an alternative to current rapid tests that require blood draws.

Our work with Oracle

Mechanical Engineering researchers named Oracle Research FellowsIshan Barman and Saransh Arora of the Department of Mechanical Engineering have been named 2022 Oracle for Research Fellows. Launched in May 2021, the Oracle Research Fellows Program recognizes potentially…

In the news!

Recent Updates

Our work on Raman active nanoprobe for targeted tumor imaging

Read our latest journal on the subject, "A Smart Intracellular Self-Assembling Bioorthogonal Raman Active Nanoprobe for Targeted Tumor Imaging" published in Advanced Science here!

Our work on SERS for detection of viruses

Read our latest journal on the subject, "Label-Free Spectroscopic SARS-CoV-2 Detection on Versatile Nanoimprinted Substrates" published in Nano Letters here!

Our recent work on Cancer

Read our journal, "Noninvasive morpho-molecular imaging reveals early therapy-induced senescence in human cancer cells" published in Science Advances here!

Read our journal on the subject, "Raman Spectroscopy and Machine Learning Reveals Early Tumor Microenvironmental Changes Induced by Immunotherapy" published in Cancer Research here!

Our recent work on Plasmonic Sensing

Read our journal on the subject, "Plasmonic Nanodiamonds" published in Nano Letters here!

Read our journal on the subject, "A Programmable DNA-Silicification-Based Nanocavity for Single-Molecule Plasmonic Sensing" published in Advanced Materials here!

Our work on Malaria screening

Our work with Oracle

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