MicroPhysiology

🪔✨ This Diwali, let’s celebrate the light of innovation and the spirit of discovery!

Wishing our partners and collaborators a season filled with joy, prosperity, and new possibilities.

Happy Diwali from all of us at Microphysiology! 🌼
#HappyDiwali #Microphysiology

🌸✨ Wishing everyone a joyful and prosperous Onam! 🌿 May this harvest festival bring happiness, health, and new beginnings. 🌼
From all of us at Microphysiology – Happy Onam! 🌾💫

#HappyOnam #Onam2025 #FestivalOfUnity

🇮🇳 Today, we join India in celebrating Independence Day – honoring innovation, resilience, and the spirit of progress.

Here’s to a future where science and collaboration know no boundaries. ✨

#IndependenceDay #India #MicroPhysiology #OrganonChip #3DCellCulture #3dbioprinting

🤝 Excited to announce our partnership with CelVivo Inc. to bring the ClinoStar 3D cell culture system to labs in India!
Making advanced cell culture more accessible. 🌐🔬
#CelVivo #ClinoStar #3DCellCulture #LifeSciences #Partnership

🧬 Breakthrough in Regenerative Medicine
Stanford researchers have successfully created heart organoids that not only mimic real human tissues but also interact with each other — a critical step toward building complex, functional tissue systems.

#RegenerativeMedicine #Organoids #Microphysiology

🌍 On #WorldEnvironmentDay, we celebrate science that’s ethical and sustainable.

Our organ-on-a-chip, bioprinting & in vitro tools support the #3Rs —reducing animal use and environmental impact.

Let’s build a greener future, one experiment at a time.

#NAMs #LifeSciences #MicroPhysiology

An eighteen-organ microphysiological system coupling a vascular network and excretion system for drug discovery - Microsystems & Nanoengineering Microsystems & Nanoengineering - An eighteen-organ microphysiological system coupling a vascular network and excretion system for drug discovery

🔬 New Nature study: an 18-organ “body-on-a-chip” links heart, liver, brain & more via microfluidic blood flow + excretory loop. Stable for 2 months, reproducing human PK & toxicity across tissues—huge leap for complex in-vitro testing

www.nature.com/articles/s41...

🚀 ClinoStar2 by CelVivo is redefining 3D cell culture!
🔬 Grow spheroids/organoids in a low-shear, physiologically relevant environment.
✅ Remote control via CelVivo Cloud
✅ UV-C decon + 6 onboard cameras
✅ Stackable, compact incubator
🔗 www.clinostar.com
#3DCellCulture #ClinoStar #MicroPhysiology

CelTox Sampler is a compact, easy-to-use system for air-liquid interface toxicity testing. Precisely delivers gases, vapors & aerosols to cultured cells with full temp/humidity control.
👉 www.microphysiology.com/celtox-sampler
#Toxicology #InVitro #ALI #Microphysiology #CelTox #MedtecBiolabs

🚨Whether you’re printing organoids, scaffolds, or future therapies – BIOV1 & REG4Life are engineered to deliver. 🧬🖨️

Let’s print the future.
#BIOV1 #REG4Life #Microphysiology #3DBioprinting

🧱 What if organ-on-a-chip tech was as easy as LEGO?
With @kirkstall.bsky.social Quasi Vivo, 3D cell culture is plug-and-play.
🔄 Modular setup
💧 Gentle low-shear flow
🧬 Supports tissue slices & spheroids
Just real physiology—made simple.
🔗 Discover: organonachip.in
#OrganOnAChip #MicroPhysiology

🚀 #MicroPhysiology offers cutting-edge tools for #MPS and #OOC applications:

🧫 Regemat3D- Bioprinters
🌫️ Kirkstall- Organ-on-a-Chip
🫁 Medtech- Invitro Exposure
🧫 CelVivo- 3D Cell Culture

Aligned with the #3Rs & #NAMs
#InVitroExposure #3DBioprinting #Organonachip #3dCellCulture

🌕 On this Buddha Purnima, we reflect on compassion, wisdom, and the pursuit of truth. 🧘‍♂️

We honor these values through our support for ethical, human-relevant science—guided by the 3Rs and NAMs.

#BuddhaPurnima #3Rs #EthicalResearch #HumanRelevantScience #LifeSciences #NAMs

🔬💼 On this #LabourDay, we celebrate the brilliant minds behind every breakthrough.

To the researchers, lab teams, and innovators—your dedication drives science, saves lives, and shapes the future.

We’re proud to support your journey.

#Organonachip #3DBioprinting #InvitroExposure

NIH to prioritize human-based research technologies New initiative aims to reduce use of animals in NIH-funded research.

🚨 NIH is prioritizing human-based research technologies.
👉 tinyurl.com/4yenatks
We’re already aligned with this vision—offering cutting-edge tools like 3D bioprinters, organ-on-a-chip systems, and in vitro inhalation platforms.
#3Rs #OrganOnAChip #3DBioprinting #InVitroExposure #NAMs

This Akshaya Tritiya, may your ventures be as enduring as knowledge and as prosperous as innovation.
Wishing you a day filled with growth, discovery, and new beginnings.🌟🔬
#Organonachip #3DBioprinting #InvitroExposure #Microphysiology #AkshayaTritiya2025

Giving in to the action figure trend — complete with organ chips, bioprinters, and in-vitro exposure kits.

Science has never looked this fun. 🔬🧪

#MicroPhysiology #OrganOnAChip #InvitroExposure #3DBioprinting

🔬 Happy World Laboratory Day! 🧪

To every scientist, technician, and lab hero out there—thank you for shaping a smarter, healthier future.

🧫 Here's to precision, passion, and progress. 🧫

#WorldLaboratoryDay

#LabLife #OrganOnAChip #Bioprinting #NAMs #3Rs #LifeSciences #InVitroExposure

MicroPhysiology represents world-class technologies —supporting the shift toward 3Rs and NAMs with cutting-edge bioprinters, organ-on-a-chip systems, and in vitro inhalation platforms.

#organonachip #bioprinting #3rs #nams #invitroresearch #lifesciences #biomedicalinnovation

🌸🐣 Happy Easter! 🐰🔬

These Easter eggs are more than just festive—they’re inspired by the groundbreaking research our partners do every day.

Wishing you a joyful and innovative holiday! 🌱💡
#HappyEaster #OrganOnAChip #3DBioprinting #Microphysiology

The FDA is phasing out animal testing for monoclonal antibodies and other drugs 🧪🐾. Instead, they’re turning to cutting-edge methods like organ-on-a-chip technology — a big step forward for ethical, human-relevant science 💊🫁

#OrganOnAChip #AnimalFreeTesting #microphysiology
tinyurl.com/392nspek

🎯 From liver & brain to tumour microenvironment —Quasi Vivo does it all. Modular circuits 🔁 link multiple organs to realistically study systemic diseases like diabetes right on your benchtop. Healthy tissues, predictive human data, and powerful simplicity in one system.

🧱 Imagine organ-on-a-chip tech as simple as a LEGO kit! Quasi Vivo’s plug‐and‐play, modular design lets you set up advanced 3D cell cultures in minutes. ILow-shear flow keeps tissues thriving, minus the hassle of complex fabrication. Explore more at kirkstall.com