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The new NIH-supported network is working to develop novel approach methodologies that complement or replace animal testing.

As demand for lithium-ion batteries, which power everything from electric vehicles to smartphones and grid-scale storage systems, increases, so too does the need for more cobalt and nickel, minerals that are essential to the batteries’ chemistry. Johns Hopkins researchers have identified electrowinning as a more sustainable way to separate and recover these metals from mined and recycled materials.

Johns Hopkins researchers have developed a new way to test for infectious diseases using everyday handheld glucometers. This innovation aims to simplify the process of measuring antibody levels, making diagnosis more accessible, particularly in places…

These two-year, $75,000 fellowships are awarded to early-career scientists in the U.S. and Canada who show strong potential to be leaders in their fields.

Alezz will use this prestigious opportunity to earn a master's in global affairs from Beijing's Tsinghua University.

The project aims to develop a high-energy, fast-refueling liquid fuel cell that can deliver lightweight, efficient electric power for demanding mobile and national security applications.

The two poster sessions featured the latest in healthcare engineering research, with prizes going to the top three presentations in each session.

The annual Clarivate Analytics list recognizes researchers with publications ranked in the top 1% of citations.

Spangler was delightfully surprised with $300,000 in research funding for her groundbreaking work in molecular immunoengineering.

Data is key for distillery manager Courtney King.

The project aims to support sustainable recycling systems.

Johns Hopkins researchers have created organoid-encapsulating devices to deliver high-resolution 3D recordings of heart tissue activity.