Scientists use 3D printing technology to create a complete model of glioblastoma
2024-01-18
At present, the commonly used model for tumor research is tumor cells grown in 2D culture dishes, but this model lacks the interaction between tumors and stroma, and cannot simulate the complex biological environment of tumor growth well. Thisalso the main reason why many anti-tumor drugs have shown good effects in the laboratory stage, but their actual effects are not satisfactory in clinical trials. To this end, a team of Israeli scientists used 3D printing technology to create a model that can simulate various biological features of neuroblastoma. The study was published in the journal Science Advances and titled: Microengineered Perfusable 3D bioprinted glioblastoma model for in vivo microscopy of tumor microenvironment.
Scientists have constructed a tumor microenvironment using fibrin glioblastoma bioink composed of glioblastoma cells, astrocytes, and microglia, and created perfusable blood vessels using bioink containing peribrain cells and endothelial cells. Researchers have observed that this 3D bioprinting model can simulate the cellular heterogeneity, intercellular interactions, and spatial tomography features of glioblastoma, and can reproduce various in vivo features of glioblastoma, including growth dynamics, invasive ability, therapeutic response, and genetic features.
Researchers believe that this 3D bioprinting model can better simulate clinical scenarios of various types of cancer and may become a reliable technical platform for preclinical research and drug screening.
- Scientists develop rubber electrolytes to make electric vehicle batteries safer and more durable
- Scientists use AI technology to obtain clearer images of lunar craters
- American scientists optimize the electrodes of electrochemical reactors through 3D printing
- Scientists have developed intelligent window coatings that can cool or heat indoor environments acco
- Scientists use tracking underwater crawling robots to collect valuable deep-sea data
- Scientists develop new drone algorithms to promote aircraft passing through designated waypoints
- Scientists use AI to identify three subtypes of multiple sclerosis in MRI brain scans
- New Breakthrough in Perovskite Batteries! Scientists have discovered non-toxic and biodegradable sol
- Scientists have created a micro robot for drug delivery driven by bubbles controlled by ultrasound
- Scientists are developing more advanced catalysts for more efficient production of clean hydrogen ga
- Scientists use AI technology to obtain clearer images of lunar craters
- Scientists Successfully Constructed an Intelligent RNA Structure Prediction Model
- Italian and Israeli scientists 3D print self healing hydrogel
- Scientists Develop a Machine Learning Method to Help Design Better Antibody Drugs
- Scientists develop futuristic biomimetic arms using micro robots to restore natural reflexes in ampu
- Scientists have discovered that using artificial intelligence can efficiently predict protein molecu
- Scientists developing new materials can significantly improve the resolution of optical microscopes
- Japanese scientists use 3D printing technology to create food with marble pattern effects
- Swiss scientists have successfully made nanocrystals using two different metals
- Scientists propose a new centralized solar power generation method
- Replace platinum with iron! Scientists invent low-cost hydrogen fuel cells
- Scientists explore the use of Bessel beams to improve porosity and defect issues in 3D metal printin
- Scientists use 3D printing and intelligent biomaterials to create implants
- Scientists achieve wireless connectivity of brain computer interfaces for the first time without the
- Scientists develop futuristic biomimetic arms using micro robots to restore natural reflexes in ampu
- Scientists use DNA to create luminescent nanoantennas for observing proteins up close
- Scientists developing new materials can significantly improve the resolution of optical microscopes
- Scientists developing energy-efficient smart power sockets can help reduce electronic waste
- The Art of Paper and the Scientific Instruments of Paper Technology and the Paper Around Us
- Scientists use machine learning algorithms to determine the possible sources of Martian meteorites
- Scientists create self-sustaining green neuromorphic sensors
- Scientists developing biodegradable micro capacitors can help reduce electronic waste
- Scientists invent near-infrared sensors: easy to manufacture with dimensions comparable to mobile ph
- Scientists use 3D printing and intelligent biomaterials to create implants
- Scientists have discovered that using artificial intelligence can efficiently predict protein molecu
- Scientists Developing New Machine Learning Methods for Easier Insight into Massive Satellite Map Dat
- Scientists have developed a new type of nanomaterial bandage
- American scientists optimize the electrodes of electrochemical reactors through 3D printing
- Scientists have developed a new type of magnetic nanomaterial that can be used to prevent counterfei
- Scientists cultivate tiny brains in 3D printed bioreactors
- Scientists developing deep learning AI tools are expected to reshape microscopy technology
- Swiss scientists have successfully made nanocrystals using two different metals
- LLNL scientists use machine learning to study the behavior of "superionic water" in ice gi
- Scientists create biodegradable electrode patches that can self generate electricity
- Scientists use 3D printing technology to create a complete model of glioblastoma
- Scientists have created the solid-state crystal form of electrons for the first time in the laborato
- Scientists developing a new type of lithium battery with a charging speed 10 times faster than curre
- Scientists invent a new type of thermoelectric device that can be worn to collect energy and self re
- Scientists use thin film nanophotonic devices to generate "ultra wideband" entangled photo
- Scientists explore the design of miniature batteries: capable of storing up to 4 times energy
You can Send Message or email info@qinsun-lab.com to us, we will reply tu you within 24 hours.Now tell us your need,there will be more favorable prices!
- The energy storage capacity of new sugar doped lithium sulfur batteries can be five times that of ex
- Japanese researchers create VR walking simulators that can stimulate the feet without walking
- Injecting big technology into small street lights, smart street lights illuminate the future of the
- Scientists develop rubber electrolytes to make electric vehicle batteries safer and more durable
- New research using AI mining to identify brain regions that drive trauma dissociation
- ATLA UV Aging Test Chamber Supplier manual
- Large Inventory Xenon arc aging test chamber price
- Scientists have achieved power free frequency adjustment for the first time using nanomaterials
- The development of REID technology helps improve facial recognition systems
- Adaptação da câmara de teste de envelhecimento leve de xenônio na França
- Ozone Aging Color Fastness Tester Fabricator in Denmark
- Small Bluetooth has a great impact, and wireless connection in the 5G era cannot be without it!
- Ohio State University has developed a new type of industrial magnetic dynamic polymer composite mate
- Analysis of the application of ammonia in the refrigeration system of fishing boats
- The new artificial intelligence system can detect when a malfunction occurs on the robot assembly li
- Future Ferrari supercars may be equipped with adjustable seats to improve passenger comfort
- Imported cold chain food with traceability source code and blockchain technology to achieve precise
- Technology empowers the digital transformation of the smart construction site industry
- Mercury Lamp Insolation Aging Tester manufacturer in Nauru
- Intel helps develop new AI to train and discover brain tumors without infringing on privacy
Home |
Product |
About |
Contact
Email: info@qinsun-lab.com
No. 2578 Gu Dai Road, Shanghai
Leave Message
WhatsApp