#bioengineering search results

Bioartificial Kidney Update 🧡 Still in development—no human trials yet. Small prototypes tested in animals show the hemofilter + bioreactor work together. Next step: scaling up for humans. #KidneyInnovation #Bioengineering

KidneyProject's tweet image. Bioartificial Kidney Update 🧡
Still in development—no human trials yet.
Small prototypes tested in animals show the hemofilter + bioreactor work together. Next step: scaling up for humans. #KidneyInnovation #Bioengineering

We are hiring Assistant Professors (Lecturer Level B or Senior Lecturer Level C) at The University of Queensland in Australia in #Bioengineering, #BioprocessEngineering, #Biotechnology, and #BiomedicalEngineering Apply here: uq.wd3.myworkdayjobs.com/uqcareers/job/… #TenureTrack #FacultyJobs

WolframJoy's tweet image. We are hiring Assistant Professors (Lecturer Level B or Senior Lecturer Level C) at The University of Queensland in Australia in #Bioengineering, #BioprocessEngineering, #Biotechnology, and #BiomedicalEngineering 

Apply here: uq.wd3.myworkdayjobs.com/uqcareers/job/…

#TenureTrack #FacultyJobs
WolframJoy's tweet image. We are hiring Assistant Professors (Lecturer Level B or Senior Lecturer Level C) at The University of Queensland in Australia in #Bioengineering, #BioprocessEngineering, #Biotechnology, and #BiomedicalEngineering 

Apply here: uq.wd3.myworkdayjobs.com/uqcareers/job/…

#TenureTrack #FacultyJobs

🧬 In 2008, Scuderi & Mezzana laid the theoretical and clinical foundations of bioengineered skin. Today, “skin in a syringe” brings it to the OR. #RegenerativeMedicine #Bioengineering #Innovation #Surgery #TissueEngineering #3DPrinting #MedTech

DrPaoloMezzana's tweet image. 🧬 In 2008, Scuderi & Mezzana laid the theoretical and clinical foundations of bioengineered skin.
Today, “skin in a syringe” brings it to the OR.
#RegenerativeMedicine #Bioengineering #Innovation #Surgery #TissueEngineering #3DPrinting #MedTech

I am excited to welcome outstanding speakers to our @UCLA #Bioengineering @BioEngUCLA Departmental seminar series, Fall 2025! Please come to ENGR V 2101 at noon on Thursdays if you are around. Link to the seminar info is in the 🧵

yk_tani's tweet image. I am excited to welcome outstanding speakers to our 
@UCLA #Bioengineering @BioEngUCLA Departmental seminar series, Fall 2025!

Please come to ENGR V 2101 at noon on Thursdays if you are around.

Link to the seminar info is in the 🧵

🌈📷✨ Did you know some proteins can survive non-natural, harsh environments? In our new study, we explore how to stabilize these fluorescent proteins (FPs) and enzymes — unlocking their potential for sensors, materials, and more! #MaterialsScience #Bioengineering

jpfuenzalidaw's tweet image. 🌈📷✨ Did you know some proteins can survive non-natural, harsh environments?  In our new study, we explore how to stabilize these fluorescent proteins (FPs) and enzymes — unlocking their potential for sensors, materials, and more! #MaterialsScience #Bioengineering

If you are excited and passionate about shaping the future of neurotechnology join us at Cahira Technologies. We have multiple open positions from #nanoelectronics, #nanofabrication to #bioengineering and #neuroscience! We have built the world's first #autonomous and…

DeblinaSarkar59's tweet image. If you are excited and passionate about shaping the future of neurotechnology  join us at Cahira Technologies. We have multiple open positions from #nanoelectronics, #nanofabrication to #bioengineering and #neuroscience!

We have built the world's first #autonomous and…

Watch Dr. Janaina Dernowsek share breakthrough results from Quantis’ human-like extracellular matrix—reshaping the future of tissue engineering. #tissueengineering #bioengineering #bioprinting Recording now #ondemand: 3dheals.com/advanced-bioma…


At #EMBC2025, Dame Molly Stevens shared how bioengineered materials are transforming healthcare - from affordable diagnostics to advanced therapeutics and regenerative medicine. 🔗 youtu.be/id8x8f8IcDU #Bioengineering #Biomaterials #RegenerativeMedicine #EMBSTV


That's a Wrap on BMES, what a conference, making great connections for the future of Bioengineering!!! @NotreDame #bioengineering

NDBioeng's tweet image. That's a Wrap on BMES, what a conference, making great connections for the future of Bioengineering!!!

@NotreDame 
#bioengineering

Great to have dinner with Dr. Sharon Gerecht from Duke University, who gave @UTDallasNews @bme_utd Seminar Series! Enjoyed connecting with @leo_you_li and @YongshenggGao as well. #Bioengineering #BME

ZhenpengQin's tweet image. Great to have dinner with Dr. Sharon Gerecht from Duke University, who gave @UTDallasNews  @bme_utd  Seminar Series! Enjoyed connecting with @leo_you_li  and @YongshenggGao as well. #Bioengineering #BME

✅ MIT engineers uncover a surprising reason why tissues are flexible or rigid @MIT | School of Engineering - Dept. of Mechanical Engineering #Bioengineering #Cells #flow #Intercellular #Neuroscience #Biology #Cancer #Alzheimers #DrugDelivery #HealthTech

enilev's tweet image. ✅ MIT engineers uncover a surprising reason why tissues are flexible or rigid
@MIT | School of Engineering -
Dept. of Mechanical Engineering 

#Bioengineering #Cells #flow #Intercellular #Neuroscience #Biology #Cancer #Alzheimers #DrugDelivery #HealthTech…

Congratulations to @MSCActions MSCA Postdoctoral Fellows who begin their work with AMBER Researchers across a number of institutions in the coming months on an exciting array of #materialsscience and #bioengineering focused projects. #advancedmaterials #msca

ambercentre's tweet image. Congratulations to @MSCActions MSCA Postdoctoral Fellows who begin their work with AMBER Researchers across a number of institutions in the coming months on an exciting array of #materialsscience and #bioengineering focused projects.

#advancedmaterials #msca
ambercentre's tweet image. Congratulations to @MSCActions MSCA Postdoctoral Fellows who begin their work with AMBER Researchers across a number of institutions in the coming months on an exciting array of #materialsscience and #bioengineering focused projects.

#advancedmaterials #msca

#ATP synthase engineered with triple proton pathways doubles its ATP production efficiency even at low proton motive force—breaking natural limits in energy conversion. #Bioengineering #SyntheticBiology #EnergyConversion #APRC #Sciencejapan Check👉sj.jst.go.jp/news/202508/n0…

ScienceJapanJST's tweet image. #ATP synthase engineered with triple proton pathways doubles its ATP production efficiency even at low proton motive force—breaking natural limits in energy conversion. #Bioengineering #SyntheticBiology #EnergyConversion #APRC #Sciencejapan
Check👉sj.jst.go.jp/news/202508/n0…

JUST PUBLISHED: Tissue Engineering In Vitro Leaflet- and 3-Dimensional Printing-Based Implant Prototypes for Infant Mitral Valve Click here to read the latest free, Open Access article from BMEF: spj.science.org/doi/10.34133/b… #tissueengineering #pediatrics #bioengineering

SPJournals's tweet image. JUST PUBLISHED: Tissue Engineering In Vitro Leaflet- and 3-Dimensional Printing-Based Implant Prototypes for Infant Mitral Valve

Click here to read the latest free, Open Access article from BMEF: spj.science.org/doi/10.34133/b…

#tissueengineering #pediatrics #bioengineering

Replacing RuBisCO with PEPC via MOG cycle could boost photosynthesis! #Bioengineering Details: doi.org/10.1016/j.bide…

BioDesignR's tweet image. Replacing RuBisCO with PEPC via MOG cycle could boost photosynthesis! #Bioengineering
Details: doi.org/10.1016/j.bide…

Truly Honored to Join as a Co-Chair of the SSC Subcommittee on Biorheology, Biomaterials, and Bioengineering of @isth - @DavidMSmadja @parcc_inserm hemostasistoday.com/voices/david-s… #Bioengineering #Biomaterials #Biorheology #Health #Hematology #Hemostasis #HemostasisToday #ISTH

HemostasisToday's tweet image. Truly Honored to Join as a Co-Chair of the SSC Subcommittee on Biorheology, Biomaterials, and Bioengineering of @isth - @DavidMSmadja
@parcc_inserm

hemostasistoday.com/voices/david-s…

#Bioengineering #Biomaterials #Biorheology #Health #Hematology #Hemostasis #HemostasisToday #ISTH…

Truly Honored to Join as a Co-Chair of the SSC Subcommittee on Biorheology, Biomaterials, and Bioengineering of @isth - @DavidMSmadja @parcc_inserm hemostasistoday.com/voices/david-s… #Bioengineering #Biomaterials #Biorheology #Health #Hematology #Hemostasis #HemostasisToday #ISTH

HemostasisToday's tweet image. Truly Honored to Join as a Co-Chair of the SSC Subcommittee on Biorheology, Biomaterials, and Bioengineering of @isth - @DavidMSmadja
@parcc_inserm

hemostasistoday.com/voices/david-s…

#Bioengineering #Biomaterials #Biorheology #Health #Hematology #Hemostasis #HemostasisToday #ISTH…

“Artificial neurons that talk back.” That phrase alone could define the next era of neuroscience. UMass might’ve just built the bridge between code and consciousness. #Neuroscience #Bioengineering #SyntheticBiology #Neurotech #Biotech


That's a Wrap on BMES, what a conference, making great connections for the future of Bioengineering!!! @NotreDame #bioengineering

NDBioeng's tweet image. That's a Wrap on BMES, what a conference, making great connections for the future of Bioengineering!!!

@NotreDame 
#bioengineering

Fascinating talk by Prof. @iiserpinaki at @GSC_2025 on building smart, adaptive ion channels (light- or stimulus-activated) to bridge chemistry, membranes & medicine. #SupramolecularChemistry #IonTransport #Bioengineering @iitbombay @ruchianand1975 @anidchemiitb

Chemistry_IITB's tweet image. Fascinating talk by Prof. @iiserpinaki  at @GSC_2025  on building smart, adaptive ion channels (light- or stimulus-activated) to bridge chemistry, membranes & medicine. #SupramolecularChemistry #IonTransport #Bioengineering @iitbombay @ruchianand1975 @anidchemiitb

🏆Join us at the #BIOENG2026: Bioengineering in an Era of AI, chaired by @TonyGuiseppiE (Texas A&M University)! SEVEN prestigious awards await! 🏆Award opportunities: sciforum.net/event/BIOENG20… #MDPIConference #Bioengineering #AIHealthcare #AcademicConference

Bioeng_MDPI's tweet image. 🏆Join us at the #BIOENG2026: Bioengineering in an Era of AI, chaired by @TonyGuiseppiE  (Texas A&M University)! SEVEN prestigious awards await! 

 🏆Award opportunities: sciforum.net/event/BIOENG20… 

#MDPIConference #Bioengineering #AIHealthcare #AcademicConference

New Research: Pulsed electromagnetic fields preconditioned extracellular vesicles derived from mesenchymal stromal cells prevents necroptosis of osteoblasts in osteonecrosis of the femoral head rats frontiersin.org/articles/10.33… #FrontiersIn #Bioengineering #Biotechnology


New Research: Electrical stimulation: a missing key to promote maturation of human pluripotent stem cell-derived cardiomyocytes in three-dimensional cardiac tissues frontiersin.org/articles/10.33… #FrontiersIn #Bioengineering #Biotechnology


Biotechnology architecture. Click to see the full, load in 4K

hedo_ist's tweet image. Biotechnology architecture.
Click to see the full, load in 4K

A revolution in imaging is on the way. Here are 5⃣ breakthroughs we're developing for our next flagship. #OPPOFindX9Series

oppo's tweet image. A revolution in imaging is on the way. Here are 5⃣ breakthroughs we're developing for our next flagship.
#OPPOFindX9Series

planetary lung, advanced biotechnology (4k colossal wallpaper)

hedo_ist's tweet image. planetary lung, advanced biotechnology
 (4k colossal wallpaper)

planetary lung, advanced biotechnology (4k colossal wallpaper)

hedo_ist's tweet image. planetary lung, advanced biotechnology
  (4k colossal wallpaper)

A small gift. We made a few isometric illustrations for a healthcare project. Sharing them for free. Comment below if you want them, I’ll DM you the figma link.

Praha37v's tweet image. A small gift.

We made a few isometric illustrations for a healthcare project.

Sharing them for free.
Comment below if you want them, I’ll DM you the figma link.

Excited to share that my PhD thesis work is out in @ScienceMagazine today. We demonstrate robust rearrangement of the human genome using bridge recombinases, performing programmable insertions, excisions, and inversions at megabase-scale.

ntperry13's tweet image. Excited to share that my PhD thesis work is out in @ScienceMagazine today. We demonstrate robust rearrangement of the human genome using bridge recombinases, performing programmable insertions, excisions, and inversions at megabase-scale.

Continuous protein monitoring is an emerging area in clinical monitoring strategies. A new #ScienceReview looks at how this approach has transformative potential for preventive health care. scim.ag/46re5z7

ScienceMagazine's tweet image. Continuous protein monitoring is an emerging area in clinical monitoring strategies.

A new #ScienceReview looks at how this approach has transformative potential for preventive health care. scim.ag/46re5z7

بتوفيق الله تعالى ، أسسنا المنظومة المتكاملة لتوطين الصناعات الطبية الحيوية : Biotechnology manufacturing •صناعة الإنسولين •صناعة اللقاحات البشرية •صناعة اللقاحات الحيوانيّة •البحث والتطوير والإبتكار في مجال اللقاحات والأدوية الحيوية •التعليم والتدريب في مجال…

DrKhaledAlmosa's tweet image. بتوفيق الله تعالى ،

أسسنا المنظومة المتكاملة لتوطين الصناعات الطبية الحيوية : 
Biotechnology manufacturing 

•صناعة الإنسولين

•صناعة اللقاحات البشرية 

•صناعة اللقاحات الحيوانيّة 

•البحث والتطوير والإبتكار في مجال اللقاحات والأدوية الحيوية 

•التعليم والتدريب في مجال…
DrKhaledAlmosa's tweet image. بتوفيق الله تعالى ،

أسسنا المنظومة المتكاملة لتوطين الصناعات الطبية الحيوية : 
Biotechnology manufacturing 

•صناعة الإنسولين

•صناعة اللقاحات البشرية 

•صناعة اللقاحات الحيوانيّة 

•البحث والتطوير والإبتكار في مجال اللقاحات والأدوية الحيوية 

•التعليم والتدريب في مجال…
DrKhaledAlmosa's tweet image. بتوفيق الله تعالى ،

أسسنا المنظومة المتكاملة لتوطين الصناعات الطبية الحيوية : 
Biotechnology manufacturing 

•صناعة الإنسولين

•صناعة اللقاحات البشرية 

•صناعة اللقاحات الحيوانيّة 

•البحث والتطوير والإبتكار في مجال اللقاحات والأدوية الحيوية 

•التعليم والتدريب في مجال…
DrKhaledAlmosa's tweet image. بتوفيق الله تعالى ،

أسسنا المنظومة المتكاملة لتوطين الصناعات الطبية الحيوية : 
Biotechnology manufacturing 

•صناعة الإنسولين

•صناعة اللقاحات البشرية 

•صناعة اللقاحات الحيوانيّة 

•البحث والتطوير والإبتكار في مجال اللقاحات والأدوية الحيوية 

•التعليم والتدريب في مجال…

เว็บนี้โคตรดีสำหรับทำพรีเซ้นท์วิทยาศาสตร์หรือการแพทย์อะ สุดยอดมาก มีไอค่อนรูปออแกน เซลล์ รีเซปเตอร์ อะไรเยอะแยะมากกก biorender.com

N_newbias's tweet image. เว็บนี้โคตรดีสำหรับทำพรีเซ้นท์วิทยาศาสตร์หรือการแพทย์อะ สุดยอดมาก มีไอค่อนรูปออแกน เซลล์ รีเซปเตอร์ อะไรเยอะแยะมากกก biorender.com
N_newbias's tweet image. เว็บนี้โคตรดีสำหรับทำพรีเซ้นท์วิทยาศาสตร์หรือการแพทย์อะ สุดยอดมาก มีไอค่อนรูปออแกน เซลล์ รีเซปเตอร์ อะไรเยอะแยะมากกก biorender.com
N_newbias's tweet image. เว็บนี้โคตรดีสำหรับทำพรีเซ้นท์วิทยาศาสตร์หรือการแพทย์อะ สุดยอดมาก มีไอค่อนรูปออแกน เซลล์ รีเซปเตอร์ อะไรเยอะแยะมากกก biorender.com
N_newbias's tweet image. เว็บนี้โคตรดีสำหรับทำพรีเซ้นท์วิทยาศาสตร์หรือการแพทย์อะ สุดยอดมาก มีไอค่อนรูปออแกน เซลล์ รีเซปเตอร์ อะไรเยอะแยะมากกก biorender.com

this is insane scientists just edited 1 million bases of human DNA in a single shot the more known CRISPR can only edit a few letters at a time, but this is the first real case of human genome as software 1/

IterIntellectus's tweet image. this is insane
scientists just edited 1 million bases of human DNA in a single shot

the more known CRISPR can only edit a few letters at a time, but this is the first real case of human genome as software
1/

For decades, human genome editing has been limited to small, localized modifications. Today, in a new paper published in @ScienceMagazine, researchers from the @pdhsu lab show that bridge recombinase technology is capable of large-scale genomic rearrangements in human cells.

arcinstitute's tweet image. For decades, human genome editing has been limited to small, localized modifications.

Today, in a new paper published in @ScienceMagazine, researchers from the @pdhsu lab show that bridge recombinase technology is capable of large-scale genomic rearrangements in human cells.


انت تنظر الى أعظم تحفة هندسية في الحياة الصورة امامك تُظهر مقارنة بصرية بين ثلاثة من أهم الأنظمة في جسم الإنسان ومعلومات رقمية دقيقة تبرز مدى تعقيد وتكامل هذه الأنظمة الحيوية فتابع معي….

xraykh_'s tweet image. انت تنظر الى أعظم تحفة هندسية في الحياة

الصورة امامك تُظهر مقارنة بصرية بين ثلاثة من أهم الأنظمة في جسم الإنسان ومعلومات رقمية دقيقة تبرز مدى تعقيد وتكامل هذه الأنظمة الحيوية

فتابع معي….

My first cover in Nature Cell Biology @NatureCellBio !! "IRE1α fine-tunes ER-mitochondrial contacts to regulate energy metabolism" An illustration for the lab of @HetzLab . Science & Art made in Chile 🇨🇱 Enjoy

bioilustrador's tweet image. My first cover in Nature Cell Biology @NatureCellBio !!
"IRE1α fine-tunes ER-mitochondrial contacts to regulate energy metabolism"
An illustration for the lab of @HetzLab . Science & Art made in Chile 🇨🇱
Enjoy
bioilustrador's tweet image. My first cover in Nature Cell Biology @NatureCellBio !!
"IRE1α fine-tunes ER-mitochondrial contacts to regulate energy metabolism"
An illustration for the lab of @HetzLab . Science & Art made in Chile 🇨🇱
Enjoy
bioilustrador's tweet image. My first cover in Nature Cell Biology @NatureCellBio !!
"IRE1α fine-tunes ER-mitochondrial contacts to regulate energy metabolism"
An illustration for the lab of @HetzLab . Science & Art made in Chile 🇨🇱
Enjoy

I have created Bioicons - a library of 1632+ free, high quality science illustrations in vector format easily searchable and filterable specifically for the life science community. All icons are under permissive CC0 or CC BY license. ➡️ bioicons.com

simonduerr's tweet image. I have created Bioicons - a library of 1632+ free, high quality science illustrations in vector format easily searchable and filterable specifically for the life science community. All icons are under permissive CC0 or CC BY license.  ➡️ bioicons.com

BioRender: online tool for scientific illustration with >20,000 high quality icons, templates and editing environment - free accounts for educational use (biorender.com) - even Marchantia-ready!!!

jimhaseloff's tweet image. BioRender: online tool for scientific illustration with >20,000 high quality icons, templates and editing environment - free accounts for educational use (biorender.com) - even Marchantia-ready!!!

🔭 imágenes que simbolizan medio siglo de evolución científica y tecnológica, pero también la continuidad del liderazgo femenino en los grandes logros de la humanidad. 💻🚀🖤

EnsedeCiencia's tweet image. 🔭 imágenes que simbolizan medio siglo de evolución científica y tecnológica, pero también la continuidad del liderazgo femenino en los grandes logros de la humanidad. 💻🚀🖤

New from @arcinstitute: Megabase scale genome-editing in human cells. Bridge recombinases are a new class of genome editors. In this paper, they were used to invert up to 920,000 base pairs of DNA and also cut out 130,000 base pairs, "with no apparent distance dependency." Let…

NikoMcCarty's tweet image. New from @arcinstitute: Megabase scale genome-editing in human cells.

Bridge recombinases are a new class of genome editors. In this paper, they were used to invert up to 920,000 base pairs of DNA and also cut out 130,000 base pairs, "with no apparent distance dependency."

Let…
NikoMcCarty's tweet image. New from @arcinstitute: Megabase scale genome-editing in human cells.

Bridge recombinases are a new class of genome editors. In this paper, they were used to invert up to 920,000 base pairs of DNA and also cut out 130,000 base pairs, "with no apparent distance dependency."

Let…

Dye-injected Purkinje cells in mouse cerebellum! 🔎20x (objective lens magnification) 🔬Confocal 📷Benjamin Barti #science #microscopy #microscope #CellBiology #neurobiology #mouse

MicroSnaps's tweet image. Dye-injected Purkinje cells in mouse cerebellum!
🔎20x (objective lens magnification)
🔬Confocal
📷Benjamin Barti
#science #microscopy #microscope #CellBiology #neurobiology #mouse

Bacteriófago inyectando su DNA a través de la pared celular de una bacteria.

bioloenfurecida's tweet image. Bacteriófago inyectando su DNA a través de la pared celular de una bacteria.

For decades, human genome editing has been limited to small, localized modifications. Today, in a new paper published in @ScienceMagazine, researchers from the @pdhsu lab show that bridge recombinase technology is capable of large-scale genomic rearrangements in human cells.

arcinstitute's tweet image. For decades, human genome editing has been limited to small, localized modifications.

Today, in a new paper published in @ScienceMagazine, researchers from the @pdhsu lab show that bridge recombinase technology is capable of large-scale genomic rearrangements in human cells.

Esta imagen de microscopía nos muestra glóbulos multicolores, marcados genéticamente con proteínas fluorescentes, que pueden rastrear el linaje celular clonal. 🌈🎨 DOI: 10.1126/science.acx9495

mICROBIOsh's tweet image. Esta imagen de microscopía nos muestra glóbulos multicolores, marcados genéticamente con proteínas fluorescentes, que pueden rastrear el linaje celular clonal. 🌈🎨

DOI: 10.1126/science.acx9495

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