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What happened after your paper was published - and what impact did it have on your career?

Dendronized fluorosurfactants for highly stable emulsions

Contributor Nature Comms

Behind the paper, After the Paper

Dendronized fluorosurfactants for highly stable emulsions

Xingcai Zhang

Mar 19, 2021

Heart Stem Cell Therapeutics 8.0

Contributor Nature Biotech

After the Paper

Heart Stem Cell Therapeutics 8.0

Kenneth R. Chien and 1 other

Dec 29, 2020

From cutting-edge research to commercialization: transforming histopathology with deep learning-based virtual staining

Contributor Nature Biomed Eng

After the Paper

From cutting-edge research to commercialization: transforming histopathology with deep learning-based virtual staining

Aydogan Ozcan

Dec 24, 2020

Towards Bachelor Research Hub networks to foster transdisciplinary challenge-based education in Translational Medicine

Contributor Nature Biotech

After the Paper

Towards Bachelor Research Hub networks to foster transdisciplinary challenge-based education in Translational Medicine

Niels Bovenschen

Dec 01, 2020

Highly-Accurate, Long-Read DNA Sequencing Improves Analysis of a Human Genome

Contributor Nature Biotech

After the Paper

Highly-Accurate, Long-Read DNA Sequencing Improves Analysis of a Human Genome

David R. Rank

Nov 17, 2020

The Emergence of Cell-Free Biosensors

Contributor Nature Comms

After the Paper

The Emergence of Cell-Free Biosensors

Peter Voyvodic

Nov 17, 2020

CRISPR-Chip from the Cover of Nature BME in June 2019 to a product in June 2020

Contributor Nature Biomed Eng

After the Paper

CRISPR-Chip from the Cover of Nature BME in June 2019 to a product in June 2020

Kiana Aran

Nov 17, 2020

Human Intestine Chip: From Emulating Host-Microbiome Interactions to Disease Modeling and Therapeutic Development

Contributor Nature Biomed Eng

After the Paper

Human Intestine Chip: From Emulating Host-Microbiome Interactions to Disease Modeling and Therapeutic Development

Sasan Jalili Firoozinezhad

Nov 16, 2020

After high throughput: Higher throughput, more screens, and on to new adventures

Contributor Nature Biomed Eng

After the Paper

After high throughput: Higher throughput, more screens, and on to new adventures

Barbara Mair

Nov 16, 2020

A work in progress: Liposomes that induce soluble antigens to spontaneously convert to particles

Contributor Nature Nano

After the Paper

A work in progress: Liposomes that induce soluble antigens to spontaneously convert to particles

Wei-Chiao Huang

Nov 14, 2020

Self-powered protein robots. What happened after?

Contributor Nature Comms

After the Paper

Self-powered protein robots. What happened after?

Abdon Pena-Francesch

Nov 13, 2020

Games changed by orthotopic TCR replacement

Contributor Nature Biomed Eng

After the Paper

Games changed by orthotopic TCR replacement

Kilian Schober and 1 other

Nov 03, 2020

Nature Portfolio Bioengineering Community

After the Paper

Dendronized fluorosurfactants for highly stable emulsions

Heart Stem Cell Therapeutics 8.0

From cutting-edge research to commercialization: transforming histopathology with deep learning-based virtual staining

Towards Bachelor Research Hub networks to foster transdisciplinary challenge-based education in Translational Medicine

Highly-Accurate, Long-Read DNA Sequencing Improves Analysis of a Human Genome

The Emergence of Cell-Free Biosensors

CRISPR-Chip from the Cover of Nature BME in June 2019 to a product in June 2020

Human Intestine Chip: From Emulating Host-Microbiome Interactions to Disease Modeling and Therapeutic Development

After high throughput: Higher throughput, more screens, and on to new adventures

A work in progress: Liposomes that induce soluble antigens to spontaneously convert to particles

Self-powered protein robots. What happened after?

Games changed by orthotopic TCR replacement

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