Theralase Technologies Inc., founded in 1995, designs, develops, manufactures and markets patented, superpulsed laser technology utilized in biostimulation and biodestruction applications. Theralase technology is safe and effective in treating pain, inflammation and for tissue regeneration of neural muscular skeletal conditions and wound healing. As well, these applications extend to the care of animals by veterinarians. Theralase complies with FDA, Health Canada, CE, ISO-13485 and CSA-601 regulatory approvals to ensure efficacy, safety and quality in manufacture. Theralase is currently developing patented Photo Dynamic Compounds (PDCs) that are able to target and destroy cancers, bacteria and viruses when light activated by Theralase’s proprietary and patented laser technology.
دکتر صفارزاده - لیزر مونالیزا - جوان سازی واژن و درمان خشکی واژنAzita Saffarzadeh
در این ارائه می توانید به طور کامل با کاربردهای لیزر مونالیزا آشنا شوید. این کاربردها عبارتند از:
زیبایی تناسلی
کوچک کردن لابیا
افزایش سفتی و مقاومت بافت
ایجاد خاصیت ارتجاعی و تنگ کنندگی
رفع مشکلات و دردهای مقاربتی
درمان بیاختیاری ادرار
روشن کردن پوست ناحیه تناسلی
رفع خشکی واژن
رفع سوزش و خارش
Learn how to implement musculoskeletal laser protocols into your practice. Discover the key clinical breakthroughs in laser therapy and laser protocols. Receive an up-to-date syllabus with graphics and take-home notes. Takeaway information guaranteed to expand your clinical knowledge.
The document discusses High Power Laser Therapy (HPLT) and its use in treating pain and wound healing. It describes how HPLT was developed to deliver laser energy deeper than previous therapies, allowing treatment of conditions refractive to traditional care. The seminar then covers biophysics of HPLT, design of the Avicenna laser used, its safety, comparison to surgical lasers, biological effects on tissues, and applications for treating musculoskeletal conditions.
This document discusses 5 reasons why radiology needs artificial intelligence:
1. There is a global shortage of radiologists that is expected to worsen as imaging volumes increase faster than new radiologists enter the field. AI can help improve radiologist productivity.
2. AI can enhance radiologist productivity through functions like smart alerts, automatic image annotation, and faster access to patient information.
3. AI can help improve diagnostic accuracy by reducing human error, tracking lesions over time more quantitatively, and providing automated second opinions.
4. AI may help lower misdiagnosis rates by alerting radiologists to disease indicators and comparing new cases to existing ones to reduce fatigue-related errors.
5. AI could help improve
Low-level laser therapy (LLLT) involves applying red or near-infrared light to injuries or lesions to improve wound and soft tissue healing and provide pain relief. LLLT works by stimulating cellular activity through absorption by chromophores like cytochrome c oxidase in the mitochondria. Clinical studies show LLLT can speed wound healing, reduce pain, and treat conditions like tendonitis. While LLLT dosage is challenging to define precisely due to variable beam shapes and densities, clinical results generally improve with higher total energy delivery.
This document provides an overview of low level laser therapy (LLLT) and its application for shoulder impingement. It includes sections on laser introduction, the history of laser therapy, LLLT parameters and benefits. A case study is presented of a patient with shoulder impingement who was treated with LLLT, exercises and modalities over 6 sessions. Outcome measures showed improvements in range of motion, strength, and pain levels. Research supporting the use of LLLT for shoulder conditions and tendinopathies is summarized, though the evidence remains conflicting. Further research on optimal treatment parameters is suggested.
MRI uses strong magnetic fields and radio waves to produce detailed images of the inside of the body. It is a medical imaging technique that does not use ionizing radiation. The first MRI image was published in 1973 and showed two tubes of water. Modern MRI machines use magnetic fields of 1.5 Tesla or higher to align hydrogen protons in the body. Radio pulses then excite the protons, which emit radio signals as they relax back to their original alignment. The signals are detected by receivers in the machine and used to construct detailed images of tissues and organs.
Antibiotic strategies in lower respiratory tract infectionsGamal Agmy
This document discusses strategies for antibiotic treatment of lower respiratory tract infections. It begins by describing the mechanisms of action, spectrum, and bacteriostatic vs bactericidal properties of antimicrobial drugs. It then discusses concepts like antibiotic combinations, synergism, and antagonism. The document continues by outlining methods for determining minimum inhibitory concentration and minimum bactericidal concentration in vitro. It provides guidance on empiric antibiotic treatment strategies for outpatients, inpatients, and ICU patients. It also discusses approaches for suspected multidrug-resistant pathogens. The document concludes by addressing criteria for switching to oral antibiotics and guidelines for treatment duration.
Laser beam machining uses a focused, high-powered laser beam to remove material from a workpiece through vaporization. The laser beam's energy is concentrated onto the workpiece using an optical lens. Material is removed through either thermal or optical energy delivered by pulsed laser beams. Laser beam machining can be used for cutting, welding, engraving, and cladding applications in industries such as manufacturing, electronics, and medical. It offers advantages over traditional machining like being non-contact, not requiring solvents, and allowing machining of hard and soft materials. However, it also has disadvantages like requiring trained operators, being a slow process, needing expensive equipment, and consuming significant energy.
Artificial Intelligence in Medical Imaging: An Analysis of Funding for Start-upsSimon Harris
There are over 50 start-up companies developing artificial intelligence solutions for medical imaging. Combined, these companies have raised over $100 million in funding. This short report from Signify Research shows the trends in capital funding for these companies and highlights how funding breaks down by company, by region and by clinical application.
This PowerPoint file has been prepared for the course on organizational behavior in the doctoral program to introduce the types of intelligences in the organization, and the slides are in Persian.
به عنوان پدر و مادر یا بهتر بگم به عنوان یک والد نسبت به عملکرد خودتون چه احساسی دارید؟ تا حالا به این موضوع فکر کردهاید چقدر در زمینه تربیت فرزندتون موفق بودید؟ اگر قراره به خودتون از نمره 0 تا 100 نمره بدید به راستی چه نمرهای را برای خودتون قایل هستید؟
برای اینکه سبک زندگی خودتون و بهبود بدید چقدر به نقش والدگری خودتون فکر کردید؟
Theralase Technologies Inc., founded in 1995, designs, develops, manufactures and markets patented, superpulsed laser technology utilized in biostimulation and biodestruction applications. Theralase technology is safe and effective in treating pain, inflammation and for tissue regeneration of neural muscular skeletal conditions and wound healing. As well, these applications extend to the care of animals by veterinarians. Theralase complies with FDA, Health Canada, CE, ISO-13485 and CSA-601 regulatory approvals to ensure efficacy, safety and quality in manufacture. Theralase is currently developing patented Photo Dynamic Compounds (PDCs) that are able to target and destroy cancers, bacteria and viruses when light activated by Theralase’s proprietary and patented laser technology.
دکتر صفارزاده - لیزر مونالیزا - جوان سازی واژن و درمان خشکی واژنAzita Saffarzadeh
در این ارائه می توانید به طور کامل با کاربردهای لیزر مونالیزا آشنا شوید. این کاربردها عبارتند از:
زیبایی تناسلی
کوچک کردن لابیا
افزایش سفتی و مقاومت بافت
ایجاد خاصیت ارتجاعی و تنگ کنندگی
رفع مشکلات و دردهای مقاربتی
درمان بیاختیاری ادرار
روشن کردن پوست ناحیه تناسلی
رفع خشکی واژن
رفع سوزش و خارش
Learn how to implement musculoskeletal laser protocols into your practice. Discover the key clinical breakthroughs in laser therapy and laser protocols. Receive an up-to-date syllabus with graphics and take-home notes. Takeaway information guaranteed to expand your clinical knowledge.
The document discusses High Power Laser Therapy (HPLT) and its use in treating pain and wound healing. It describes how HPLT was developed to deliver laser energy deeper than previous therapies, allowing treatment of conditions refractive to traditional care. The seminar then covers biophysics of HPLT, design of the Avicenna laser used, its safety, comparison to surgical lasers, biological effects on tissues, and applications for treating musculoskeletal conditions.
This document discusses 5 reasons why radiology needs artificial intelligence:
1. There is a global shortage of radiologists that is expected to worsen as imaging volumes increase faster than new radiologists enter the field. AI can help improve radiologist productivity.
2. AI can enhance radiologist productivity through functions like smart alerts, automatic image annotation, and faster access to patient information.
3. AI can help improve diagnostic accuracy by reducing human error, tracking lesions over time more quantitatively, and providing automated second opinions.
4. AI may help lower misdiagnosis rates by alerting radiologists to disease indicators and comparing new cases to existing ones to reduce fatigue-related errors.
5. AI could help improve
Low-level laser therapy (LLLT) involves applying red or near-infrared light to injuries or lesions to improve wound and soft tissue healing and provide pain relief. LLLT works by stimulating cellular activity through absorption by chromophores like cytochrome c oxidase in the mitochondria. Clinical studies show LLLT can speed wound healing, reduce pain, and treat conditions like tendonitis. While LLLT dosage is challenging to define precisely due to variable beam shapes and densities, clinical results generally improve with higher total energy delivery.
This document provides an overview of low level laser therapy (LLLT) and its application for shoulder impingement. It includes sections on laser introduction, the history of laser therapy, LLLT parameters and benefits. A case study is presented of a patient with shoulder impingement who was treated with LLLT, exercises and modalities over 6 sessions. Outcome measures showed improvements in range of motion, strength, and pain levels. Research supporting the use of LLLT for shoulder conditions and tendinopathies is summarized, though the evidence remains conflicting. Further research on optimal treatment parameters is suggested.
MRI uses strong magnetic fields and radio waves to produce detailed images of the inside of the body. It is a medical imaging technique that does not use ionizing radiation. The first MRI image was published in 1973 and showed two tubes of water. Modern MRI machines use magnetic fields of 1.5 Tesla or higher to align hydrogen protons in the body. Radio pulses then excite the protons, which emit radio signals as they relax back to their original alignment. The signals are detected by receivers in the machine and used to construct detailed images of tissues and organs.
Antibiotic strategies in lower respiratory tract infectionsGamal Agmy
This document discusses strategies for antibiotic treatment of lower respiratory tract infections. It begins by describing the mechanisms of action, spectrum, and bacteriostatic vs bactericidal properties of antimicrobial drugs. It then discusses concepts like antibiotic combinations, synergism, and antagonism. The document continues by outlining methods for determining minimum inhibitory concentration and minimum bactericidal concentration in vitro. It provides guidance on empiric antibiotic treatment strategies for outpatients, inpatients, and ICU patients. It also discusses approaches for suspected multidrug-resistant pathogens. The document concludes by addressing criteria for switching to oral antibiotics and guidelines for treatment duration.
Laser beam machining uses a focused, high-powered laser beam to remove material from a workpiece through vaporization. The laser beam's energy is concentrated onto the workpiece using an optical lens. Material is removed through either thermal or optical energy delivered by pulsed laser beams. Laser beam machining can be used for cutting, welding, engraving, and cladding applications in industries such as manufacturing, electronics, and medical. It offers advantages over traditional machining like being non-contact, not requiring solvents, and allowing machining of hard and soft materials. However, it also has disadvantages like requiring trained operators, being a slow process, needing expensive equipment, and consuming significant energy.
Artificial Intelligence in Medical Imaging: An Analysis of Funding for Start-upsSimon Harris
There are over 50 start-up companies developing artificial intelligence solutions for medical imaging. Combined, these companies have raised over $100 million in funding. This short report from Signify Research shows the trends in capital funding for these companies and highlights how funding breaks down by company, by region and by clinical application.
This PowerPoint file has been prepared for the course on organizational behavior in the doctoral program to introduce the types of intelligences in the organization, and the slides are in Persian.
به عنوان پدر و مادر یا بهتر بگم به عنوان یک والد نسبت به عملکرد خودتون چه احساسی دارید؟ تا حالا به این موضوع فکر کردهاید چقدر در زمینه تربیت فرزندتون موفق بودید؟ اگر قراره به خودتون از نمره 0 تا 100 نمره بدید به راستی چه نمرهای را برای خودتون قایل هستید؟
برای اینکه سبک زندگی خودتون و بهبود بدید چقدر به نقش والدگری خودتون فکر کردید؟
چگونه اهداف کسبوکارتان را تعیین میکنید؟Modirinfo
رویای دو برابر کردن درآمد روی کاغذ فوق العاده آسان به نظر میرسد، اما متاسفانه آن ها کاملا غیرواقعی هستند. به جای اهداف دور از ذهن، سعی کنید اهداف منطقیتری تعیین کنید...
http://www.modirinfo.com/content/4/55319/
Province behviour - ارتباطات موثر در شهرهای مختلف ایرانkamran sehat
بسیاری از کسب و کارها که در شهرهای مختلف مشتریان گسترده دارند؛ نیاز دارند تا از رفتار مشتریان خود در شهرهای مختلف مطلع گردند.
کامران صحت
kamran sehat
مدرس و مشاور برندهای داخلی و بین المللی
www.kamransehat.ir