#FractureHealing

[aclligament]

[jointviewclinic]

COMPLEX FRACTURE NEEDS SPECIAL CARE When it comes to surgeries, we go an extra mile to keep you safe Call Now to book an appointment 81300 75257 99585 55257 Visit - https://www.jointviewclinic.com/

[lovelypol]

🦴 Bone Growth Stimulators: $1.8B to $3.2B by 2033 – Healing Enhanced!

Bone Growth Stimulators Market is revolutionizing orthopedic care with advanced devices and therapies that enhance the body’s natural bone healing process. This market includes electrical, ultrasonic, and magnetic field stimulators used to treat conditions like fractures, spinal fusions, and osteoporosis.

To Request Sample Report : https://www.globalinsightservices.com/request-sample/?id=GIS10246 &utm_source=SnehaPatil&utm_medium=Article

Key Market Drivers:

Rising prevalence of orthopedic conditions such as fractures and osteoporosis is fueling demand for non-invasive and effective treatment options.

Technological advancements, including wearable stimulators and portable devices, are enhancing patient convenience and treatment outcomes.

Increasing awareness of non-invasive treatments is shifting patient and practitioner preferences toward these innovative solutions.

Top Performing Segments:

Electrical Bone Growth Stimulators dominate the market due to their proven efficacy in accelerating bone healing and treating complex fractures.

Ultrasonic Stimulators are gaining traction for their precise and targeted stimulation, minimizing treatment times.

Spinal fusion applications represent a significant sub-segment, as these devices support post-surgical recovery and reduce complications.

Regional Insights:

North America leads the market, driven by advanced healthcare infrastructure and high adoption of innovative medical technologies.

Europe follows closely, supported by increasing investments in healthcare and orthopedic research.

Asia-Pacific is emerging as a lucrative market, with growing healthcare expenditure and a rising patient population.

Future Opportunities: With continuous advancements in wearable technologies, 3D-printed bone stimulators, and AI integration, the market is set to witness robust growth, creating new opportunities for stakeholders.

#BoneGrowthStimulators #OrthopedicCare #FractureHealing #SpinalFusion #OsteoporosisTreatment #NonInvasiveTherapies #UltrasonicStimulators #BoneHealingDevices #HealthTech #PatientCare #InnovativeHealthcare #BoneRegeneration #WearableDevices #FutureOfHealthcare #MedicalInnovation

[dromersheriff01]

Broken a bone? Here’s how to speed up recovery and regain strength safely. For personalized care, call us at +91 9600171806 or visit www.dromersheriff.com. #FractureHealing #OrthopedicRecovery #StrongBones #DrOmerSheriff #BoneHealth"

[bharathortho]

Primary bone healing is the reestablishment of the cortex without the formation of a callus. It occurs if a fracture is adequately "fixed" through reduction, immobilization, and rehabilitation. For more details reach us @ -+91 96621 36666 #BharathOrthopaedic #Orthopaedic #bonefracture #fracturehealing #kneeproblem #hipproblems #jointreplacements

[terrel3893-blog]

Boston Celtics forward Gordon Hayward rules out return in 2017-18

Celtics forward Gordon Hayward laid to rest any speculation he might be able to return this season, confirming via Facebook on Wednesday that he will be out until 2018-19 as he recovers from the ugly ankle fracturehe suffered on opening night.

[mikeprebeg]

The effect of electro-acupuncture on the healing process of a tibia fracture in a rat model

Previous studies have shown that electrical stimulation can be used to promote bone union, however the previous methods of embedding electrodes is quite invasive and risky.  More non-invasive techniques have been developed more recently (i.e. low intensity pulsed ultrasound and pulsed electromagnetic fields), however applying stimulation only to a local fracture site is challenging with these methods, and studies have shown that it is most effective when the cathode is applied directly to the fracture site.

This group from Japan suggested that the use of acupuncture needles as electrodes can eliminate the invasive procedure and allow for selective stimulation to deeper regions, making simple, quick and frequent applications possible.  They conducted a randomized control trial to examine the effect of electroacupuncture on the healing process of a tibia fracture in rats.

In this study, thirty male rats underwent unilateral osteotomies of the tibiae and then were assigned randomly to three groups of 10: 1. Electroacupuncture group (EA group) 2. Sham group 3. Control group

In the EA group, a cathodal electrode was connected to an acupuncture needle (30mm No 24, stainless steel, Seirin) percutaneously penetrating directly at the fracture site. Another acupuncture needle was inserted 15 mm proximal to the fracture site as an anode. Electroacupuncture was performed daily for 3 weeks. Using an electrical stimulator, 5ms square pulses at a frequency of 50 Hz were delivered at 20 μA for 20 minutes. In the sham group, no electrical stimulation was given to the acupuncture needle inserted at the same site as the EA group. In the control group, no treatment was given.

The response was determined at one, three, four, and six weeks after surgery by radiographic, macroscopic and mechanical examinations.

Results: The EA group showed accelerated bone healing and enhanced callus development after surgery compared to the other groups. Biomechanically, the strength of the callus in the EA group was significantly higher compared with the other groups.  There was no difference between the sham and control group in any evaluation.

Conclusion: Callus formation was promoted in the EA group over the sham and control group. The authors therefore concluded that the use of electroacupuncture can enhance callus development and bone mineralization of the bone healing process.

This study is promising and provokes discussion on the applicability of this method to human subjects.  The bones of the rats in this study were very small, so further studies would be required to evaluate how effective EA would be in bone forming for larger bones, over larger areas and in more "natural" fracture situations. In addition, the appropriate stimulation conditions need to be determined and safety parameters have to be established.

Acupunct Med 2010;28: 140-143

Dr. Michael Prebeg and Dr. Jennie Gillis

[orthotv]

🔰Indian Orthopaedic Association

🔆Activity of IOA Basic Sciences sub-Committee

🔆Date & Time : Friday ,13th October, 2023 - 07:30PM

🔆Watch on IOATV: https://tinyurl.com/IOATV-BasicScience-1

🔆Watch on OrthoTV : https://tinyurl.com/OrthoTV-BasicScience-1

🔆Topic & Speakers

Welcome Address - Dr. Ram Chaddha - IOA President Elect

Mechanobiological aspects fracture healing - Dr. Anand Thakur

Question & Answer Section - Dr. Anand Thakur

Moderator: Dr Bhaskar Borgohain and Dr Samarth Mittal

🔆IOA BASIC SCIENCE COMMITTEE

Dr. Shobha Arora

Dr. Anand Thakur

Dr. Bhaskar Borgohain

Dr. Samarth Mittal

📺 Streaming live on IOATV & OrthoTV

[orthotv]

🔰Indian Orthopaedic Association

🔆Activity of IOA Basic Sciences sub-Committee

🔆Date & Time : Friday ,13th October, 2023 - 07:30PM

🔆Watch on IOATV: https://tinyurl.com/IOATV-BasicScience-1

🔆Watch on OrthoTV : https://tinyurl.com/OrthoTV-BasicScience-1

🔆Topic & Speakers

Welcome Address - Dr. Ram Chaddha - IOA President Elect

Mechanobiological aspects fracture healing - Dr. Anand Thakur

Question & Answer Section - Dr. Anand Thakur

Moderator: Dr Bhaskar Borgohain and Dr Samarth Mittal

🔆IOA BASIC SCIENCE COMMITTEE

Dr. Shobha Arora

Dr. Anand Thakur

Dr. Bhaskar Borgohain

Dr. Samarth Mittal

📺 Streaming live on IOATV & OrthoTV