ఫిట్స్ (Seizures) వచ్చే ముందు కనిపించే హెచ్చరిక సంకేతాలు ఇవే! 🧠 | Warning Signs, Causes & Treatment of Seizures | Germanten Hospitals 👨‍⚕️ For Expert Consultation, Contact Now 📍 Germanten Hospitals, Attapur, Hyderabad 📞 91 99896 35555 🧠 Experiencing numbness, tingling, nerve pain, seizures, or muscle weakness? Don’t ignore these warning signs! Many neurological conditions start with mild symptoms, but early diagnosis can make a huge difference in treatment and recovery. ✅ 🔹 Numbness or tingling in hands and legs 🔹 Persistent nerve pain or weakness 🔹 Seizures (Fits) or epilepsy symptoms 🔹 Spine-related nerve problems 🔹 Muscle disorders affecting movement ✅ Advanced tests like NCS, EEG & EMG help identify neurological conditions accurately ✅ Early detection can help prevent complications and improve quality of life 👩‍⚕️ Dr. Priyanka Sangani Senior Consultant Neurologist 🎥 Watch the full video to learn more! 💾 Save this Reel for future reference 📲 Share it with your family and friends—it could help someone get diagnosed early! . . #seizures #nervedisorders #muscledisorders #EpilepsyCare #brainhealth #eeg #emg #NCS #spinehealth #seizureawareness #doctoradvice #NerveHealth #BrainCare #healthtipsdaily #instagramreels #trendingreels #videosviral #germantenhospital

New Discovery in Cellular Energy Production May Advance Muscle Disorder Treatments _ Researchers at the University of Copenhagen have identified a key cellular mechanism linked to energy production in muscles, highlighting its activation by physical exercise. _ This discovery holds promise for treating muscle-related conditions such as diabetes, cancer, and cardiovascular diseases. Key Findings: _ Role of SLIRP Protein: SLIRP is essential for stabilizing mitochondrial genes, which support energy production. Loss of SLIRP damages mitochondria, leading to energy deficits in muscle cells. _ Exercise as a Remedy: Physical exercise can bypass genetic defects in mitochondrial energy production, activating alternative pathways to restore muscle energy capacity. _ Potential Therapeutics: This knowledge could lead to the development of drugs that mimic the benefits of exercise, particularly for patients unable to engage in physical activity. _ Applications include over 200 muscle-related disorders, including rare mitochondrial diseases, diabetes, and neurodegenerative conditions. Broader Implications: _ Enhancing muscle mass and function could improve survival outcomes in cancer patients by enabling optimal chemotherapy tolerance. _ Future treatments may improve quality of life for individuals with reduced muscle function, promoting healthier aging and recovery from illnesses. _ While replicating all benefits of exercise pharmacologically is a distant goal, this breakthrough advances the understanding of how exercise supports muscle health at the molecular level. Journal Reference: Pham, T.C.P., et al. Nature Communications, 2024. DOI: 10.1038/s41467-024-54183-4. #MitochondrialHealth #SLIRPProtein #MuscleDisorders #ExerciseBenefits #Mitochondria #CellularEnergy #RareDiseases #HealthyAging #CancerSupport #DiabetesResearch #MuscleFunction #MolecularBiology #NatureCommunications #HealthBreakthrough #FitnessScience

Exon-Skipping in Duchenne Muscular Dystrophy 👉 10.3233/JND-210682 #ExonSkipping #DuchenneMuscularDystrophy #GeneTherapy #Dystrophin #OligonucleotideTherapy #MuscleDisorders

Conoce nuestra #ProducciónCientífica⚡️🔍 Los trastornos #musculoesqueléticos afectan con frecuencia a las #mujeres posmenopáusicas. Lee "Association of #MuscleDisorders in late #postmenopausal women according to the type of experienced #menopause". 🔗bit.ly/4f1QKGo

What a beautiful day today! The sun is shining, and a nice breeze is blowing in your face. You are peacefully sitting on a bench in the park, reading through the latest news on ion channels and transporters. Everything is great, calm, and quiet. Suddenly, someone from behind runs up to you and loudly shouts, “Bang, boom, bam!!!” 💥 What would be your reaction? You would probably be somewhat startled, surprised, and maybe even recoil. But, no matter how unpleasant the situation may be for you, your reaction would most likely pale in comparison to the dramatic response of fainting goats. 🐐 Also known as myotonic, nervous, or wooden leg goats, these adorable animals react quite spectacularly to attempts to scare or surprise them: their muscles lock up and, in most cases, they'll fall over, appearing unconscious on the ground. The episode lasts 10-15 seconds, after which the goat gets up and continues wandering as if nothing happened. Have you seen this impressive reaction? If not, look here: lnkd.in/dFzzc8Zj While (sadly enough) many people find it amusing and these goats are in high demand, the poor animals are actually sick. They suffer from myotonia congenita, a rare genetic disorder caused by a mutation in the chloride channel CLC-1 (CLCN1) in their skeletal muscles. Yes, skeletal muscles are actually quite unusual in that 70–85% of resting membrane conductance is carried by chloride ions. And the main player here is the CLC-1 channel. Normally, CLC-1 helps muscle cells relax after contracting, contributing to the repolarization phase of the action potential and suppressing repetitive firing. But in myotonic goats, mutated dysfunctional channels can’t conduct chloride ions properly, meaning the muscles remain contracted longer than they should, causing the dramatic stiffening and falling over seen when the goats are startled. The study of CLC-1 and myotonia congenita in goats provides valuable insights into similar human conditions. By examining how these chloride channels function, or fail to function, researchers can explore new treatments for muscle disorders in humans. One such new treatment which shows great potential is the CLC-1 inhibitor, NMD670, developed by NMD Pharma A/S for the treatment of myasthenia gravis, an autoimmune disease causing debilitating muscle weakness. Kudos to these wonderful goats for raising awareness about important medical conditions in such a unique manner. They truly deserve a round of applause. But please, if you do clap, keep it gentle – you don't want to see them go stiff and hit the ground! #muscledisorders #myotonia #myastheniagravis #ionchannels

Prof. Shimomura and his team employ advanced #surfaceelectromyography to assess multiple muscles simultaneously during physical activities. #diagnosticimaging #muscledisorders #electromyogram cn.chiba-u.jp/en/news/press-…

[ Research & Teaching Excellence | When Engineering Meets Life Science: HKUST's Innovative Microscope Unravels the Muscle Regeneration Secrets ] Ever wondered how muscles repair themselves? An interdisciplinary team led by #HKUST's Prof. QU Jianan and Prof. WU Zhenguo have created a cutting-edge platform consisting of a dual-laser nonlinear optical microscope to investigate the dynamics of muscle satellite cells (MuSCs) during the process of muscle regeneration. This breakthrough has identified new mechanisms of MuSC behavior in muscle repair, paving the way for the development of targeted therapeutic strategies for muscle-related disorders. Read more: bityl.co/LoZ8 #HKUST #HKUSTResearch #MuscleScience #MuSCs #Microscope #MuscleRepair #InterdisciplinaryCollaboration #Innovation #MuscleDisorders

A great milestone for #MyoPax, congratulations! 🎉 MyoPax is a spin-off of #mdcBerlin and @ChariteBerlin developing innovative regenerative #cellTherapies for debilitating #muscleDisorders.

Special Issue: #GeneTherapy for #MuscleDisorders In this special issue of @HGTJournal, experts in the field present reviews on some of the most pressing issues and recent advances in the field. Read the full issue: ow.ly/HkVi50OV55B

A new collaborative project of two groups at the #FHRC has secured significant funding and will now be able to intensify their research on the #molecular mechanisms behind #muscledisorders. folkhalsan.fi/en/nyheter/202…

Muy interesante!! Podría ser útil en varias enfermedades neurológicas #multiplesclerosis #muscledisorders

Dr Tiago Gomes from the WCMR @UniofNewcastle & @NewcastleHosps recently presented at #AcadeMYO @Inst_Myologie along with other experts in #muscledisorders to talk about clinical trials in real-world conditions. #Myology #mitochondrialdisease #Research #Care #Trials #teaching

Acceptance and Commitment Therapy can be used effectively to improve the quality of life and mood of people living with chronic muscle disorders according to new research by Dr Chris Graham @QUBPsych #QUBPsych @1Squito#ACT #Psychology #Therapy #MuscleDisorders

#Viewpoint from @HFDugdale and @OchDr: Can we talk about #myoblast fusion? Read more: ow.ly/J6oQ50FZGck #MuscleWasting #MyoblastFusion #MuscleDisorders

76 टक्के नर्सिंग स्टाफला पाठीच्या दुखण्याचा व स्नायूंच्या विकारांचा त्रास, ‘गोदरेज इंटरिओ’च्या सर्वेक्षणाचा निष्कर्ष tv9marathi.com/health/godrej… | #Backpain | #Muscledisorders | #Godrejinterios | #Health | #Healthcare | #Hospital |

Bonus key point from the "Episodic #MuscleDisorders" article by Dr. Valeria A. Sansone. The full article is available to subscribers at continpub.com/EpisodMusc. #neuromuscular #neurology

Bonus key point from the "Episodic #MuscleDisorders" article by Dr. Valeria A. Sansone. The full article is available to subscribers at continpub.com/EpisodMusc. #neuromuscular #neurology

Bonus key point from the "Episodic #MuscleDisorders" article by Dr. Valeria A. Sansone. The full article is available to subscribers at continpub.com/EpisodMusc. #neuromuscular #neurology

👏 #standingovation for #Prof #VictorDubowitz, he gave a great talk on t #myology n #muscledisorders #scientific #history @ t @EU_Health #annualmeeting 👏👍🙌🔝💯 #RareDisease #ferrara #muscle

We're glad to attend the @UF Myology Institute's conference on advances in understanding skeletal muscle biology and its role in health and disease. Download the program here: bit.ly/2kSuAOo #muscledisorders #conferenceseason