Amber Therapeutics’ Post

#ISMINIM2023 Lou Xin, Professor of Department of Radiology of the First Medical Center, PLA General Hospital, shared a special lecture on “Advances in clinical applications of MRI-guided HIFU neuromodulation”. The relevant information of this new technology is introduced. She shared the clinical application, research progress and future trend of “MRI-guided HIFU” in the field of neurosurgery, reflecting that “MRI-guided HIFU” has been recognized by more and more medical experts and professors because of its non-invasive, accurate and safe characteristics. Watch her lecture: https://lnkd.in/gHQRfAk2 #radiology #neuromodulation #meidicine #noninvasive

Rehabilitation exercise–driven symbiotic electrical stimulation system accelerating bone regeneration SCIENCE ADVANCES https://lnkd.in/gGeERYVA

A novel electronic device, small and adaptable, capable of encircling the spinal cord, presents a new strategy for treating spinal injuries, known for their debilitating effects like profound disability and paralysis. Engineers, neuroscientists, and surgeons at the University of Cambridge collaborated to create these devices, employing them to capture nerve signals transmitting between the brain and the spinal cord. Diverging from existing methods, the Cambridge devices offer a comprehensive view of spinal cord activity by recording information in 360 degrees. #goodreads #latestdevelopmentsinhealthcare #techforgood https://lnkd.in/dKXMgVAB

Check out our MnDRIVE Optogenetics & Neuromodulation Research Core! Dr. Erin Lind made an informative video in honor of Brain Awareness Week, which highlights what the core is, the services they provide & explains what optogenetics is as well as what conditions it can treat. Watch on our new channel: https://lnkd.in/dQtPvm2K #MnDRIVEBrainConditions #MnDRIVE #Optogenetics #Neuromodulation #UniversityofMinnesota #BrainAwarenessWeek

#research Novel Electroactive Mineralized Polyacrylonitrile/PEDOT:PSS Electrospun Nanofibers for Bone Repair Applications 📢 Researchers from iBB - Institute for Bioengineering and Biosciences (Frederico Barbosa, João Carlos Silva, Fábio Garrudo and Frederico Ferreira), in collaboration with colleagues from Instituto de Telecomunicações and CERENA-Centro de Recursos Naturais e Ambiente, developed mineralized and #electroconductive PEDOT:PSS-based #nanofibers with bone-like features to assist bone regeneration 🦴. ✅ The repair of #bone_defects remains an important challenge in current orthopaedic clinical practice. Novel approaches, including electrical stimulation-based therapies, have been gaining traction due to their encouraging results in both in vivo and in vitro settings. ✅The development of #electroconductive_scaffolds to assist this type of therapy holds significant promise, as such constructs could be used to guide electrical stimuli directly to the damaged site, therefore increasing the effectiveness of the regeneration process. Know more @  https://lnkd.in/dtaARxAF This project was developed under the scope of Frederico Barbosa’s #PhD_thesis 👏, supervised by Prof. Frederico Ferreira and Dr. João Carlos Silva

To maintain academic standards I suggest that the physicians who clinically review a journal manuacript for publication should perhaps be publically disclosed (post review) to help prevent confusion as distorted papers can cause a lot of problems. In a recent Journal of Arthroplasty paper, the authors concluded that there was no clinical difference between "anatomical" and mechanical alignment. Only problem is that they totally stuffed the definition of kinematic alignment. I have never heard of "anatomical alignment" before and this will confuse analysis of KA. Kinematic Alignment is NOT adding 2 degrees of valgus to the femur and 2 degrees of varus to the tibia as the authors did. Kinematic Alignment is restoring the pre arthritic state of the knee. Some femurs are valgus, some are varus; same on the tibial side. It blows my mind that this got published. It would seem that the authors didn't understand what they were doing and sadly neither did the reviewers. I'd love to know who reviewed this paper.

Last case of today A 20 years old male patient presented to our unit with an episode of seizure. EEG AND MRI was immediately performed to know the cause which revealed EEG was normal while MRI shows Hyperintense on grey matter. Intraoperative Frozen section was immediately performed by taking proper informed consent which revealed calcospherites, perinuclear clearing with microcalcifications. Karyotyping was performed by taking proper informed consent and it shows entirely different picture revealing 57,XX,+der(1;19 (q10;p10)x2,+2,+3,+4,+8,+11,+16,+20,+20,+22 . Note the highlighted areas. #karyotyping #brain #tumors #scanning #patient #safety #advanced #molecular #techniques

Academic editing: Not an easy PhD to edit: "Development, in vitro and in vivo evaluation of a new artificial disc prosthesis (Kineflex/Centurion disc) and the relevant insertion instrumentation for the human lumbar spine". #Editing #Editor #EditingServices #PhD #DiscProsthesis #LumbarSpine

Nobel Active 3.0 Redefines Possibilities in Narrow-Space Situations In the ever-evolving landscape of implantology, precision and innovation are paramount. Nobel Biocare's  Nobel Active 3.0 implant system addresses previously challenging narrow-space situations with unparalleled efficacy and precision. Traditionally, lower incisors and other narrow spaces presented significant hurdles for conventional implants, limiting treatment options and compromising outcomes. However, with Nobel Active 3.0, clinicians now have a game-changing solution tailored specifically for these demanding scenarios.

New wireless agents for brain recording and stimulation are emerging. See our review published today in Bioelectronic Medicine and congratulations to Ilhan Bok and collaborators! https://lnkd.in/ghNwGmj5