UPF Biomedical Engineering

Welcome everyone! Here you will find all the information related to our degree. Looking forward to sharing our daily work.

[Associació TECNIO @ATecnio]

🏆 Des de TECNIO volem felicitar a dos investigadors vinculats a l'associació que han estat recentment premiats per la seva feina de recerca i d’innovació: @marcguellc i @alfonscarnicero 🔝

[UPF Biomedical Engineering @upfbioeng]

This analysis provides valuable insights into the effectiveness of bone grafting procedures and their influence on bone resorption over time.
Check this picture, that is a summary of the obtained results.

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[UPF Biomedical Engineering @upfbioeng]

Hello! I’m Martí. We are approaching to the finish line. In a couple of weeks we will deliver our BTs. Mine is called Impact of Alveolar Bone Grafting on Bone Resorption in Patients with Cleft Lip and Palate

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[UPF Biomedical Engineering @upfbioeng]

In my research, I've studied the impact of alveolar bone grafting on bone resorption in patients with cleft lip and palate. 🏥💡
🔬 Using advanced 3D analysis techniques, I've been able to study the intricate changes occurring within the alveolar bone structure

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[UPF Biomedical Engineering @upfbioeng]

enabling researchers to gain insights into how the brain processes visual information, and opening endless possibilities for research in the near future. This is the link to the original paper: https://t.co/ya9aHvxCjP

[UPF Biomedical Engineering @upfbioeng]

Hey, I’m Esteban Félez and I want to share with you an amazing recent discovery!

A team of researchers from EPFL developed an AI tool called "CEBRA" that can analyze and interpret brain signals in real-time from rodents. The tool uses machine learning algorithms to map

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[UPF Biomedical Engineering @upfbioeng]

This advancement has potential applications in studying the relationship between brain activity and visual perception. It provides a way to decode and interpret the neural representations of visual stimuli

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[UPF Biomedical Engineering @upfbioeng]

Good morning! It’s Estel here. This month I read about an intriguing new development: wearable ultrasound patches for deep tissue monitoring.

The wearable ultrasound patch enables patients to monitor their health status conveniently, leading to reduced misdiagnoses

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[UPF Biomedical Engineering @upfbioeng]

Good morning! It’s Estel here. This month I read about an intriguing new development: wearable ultrasound patches for deep tissue monitoring.

Researchers at the University of California San Diego have developed a wearable ultrasound patch that enables non-invasive

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[UPF Biomedical Engineering @upfbioeng]

monitoring of deep tissue. The stretchable ultrasonic array can perform 3D imaging of tissues up to 4 centimeters beneath the skin, with a spatial resolution of 0.5 millimeters. The device, which conforms to the human skin, measures tissue stiffness.

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[UPF Biomedical Engineering @upfbioeng]

In a commentary published alongside the Nature study, experts Diana Laird and Jonathan Bayerl noted that this work opens new avenues in reproductive biology and fertility research for both animals and humans. However, they emphasized several caveats.

[UPF Biomedical Engineering @upfbioeng]

Hello everyone! My name is Carlos García and I'm delighted to bring you an exciting breakthrough in the world of science today.

Scientists have, for the first time, created mouse pups from two male mice.

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[UPF Biomedical Engineering @upfbioeng]

While this breakthrough raises the distant possibility of using the same technique in humans. The researchers took epithelial cells from the tails of male mice and transformed them into "induced pluripotent stem cells," which can develop into various types.

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[UPF Biomedical Engineering @upfbioeng]

I leave you the link of the published article “ Maturation and circuit integration of transplanted human cortical organoids” https://t.co/PVTX0CNaWu

[UPF Biomedical Engineering @upfbioeng]

Hello! It’s Inés here. Today, I'm thrilled to share an amazing discovery with you. Scientists from Stanford University have achieved a groundbreaking feat—they successfully implanted human neurons into the brains of rats, influencing their behavior.

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[UPF Biomedical Engineering @upfbioeng]

This remarkable research, published in Nature, has profound implications for studying psychiatric and neurodegenerative diseases. Ethical questions arise regarding the moral status of rodents with human neurons.

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[UPF Biomedical Engineering @upfbioeng]

If you would like to attend the event, please register using the form below. The deadline for registration is June 21st.

Link: https://t.co/34WSIwRhYB

[UPF Biomedical Engineering @upfbioeng]

Call for biomedical engineering graduates of UPF. Aplec on July 8th!

The students of the fourth year of the GEBM are organizing the first reading of the Biomedical Engineering and Biomedical Engineering Commitment, a kind of Hippocratic Oath of Biomedical Engineering

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[UPF Biomedical Engineering @upfbioeng]

This event will be a unique opportunity to catch up with friends and colleagues and establish new contacts with students of later generations. The event will take place on Saturday, July 8, from 10:30 a.m. to 12:00 noon, at the Ciutadella campus.

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