維持好身材不分男女也不分季節，尤其隨著年齡的增長，新陳代謝會跟著減速，為了減脂適當的飲控是必要的。
「我也走過這條路，所以我完全理解那種，美食在眼前不能吃的痛苦感覺。」
每次在診間提到 #HIFEM ，很多人都會說，醫師這不是用在尿失禁嗎？
其實，高強度聚焦電磁技術的治療有幾個常見應用：
1.尿失禁
2.產後骨盆修復
3.復健
4.體雕增肌減脂
5.肌肉放鬆
6.緩解急性與慢性疼痛
7.私密處修復
8.性功能障礙治療
2026年5月11日 星期一
高強度聚焦式電磁場的常見治療應用（圖文版）
2026年4月23日 星期四
Is PRP and electromagnetic therapy actually effective? Take a look at the X-ray changes in a 74-year-old woman after treatment.
Last March, Dr. Huang shared the case of a 73-year-old woman with lower back pain accompanied by leg numbness.
Her X-rays revealed lumbar scoliosis, spondylolisthesis, and stenosis (in fact, her cervical spine also had problems).
Following Dr. Huang’s recommendations, she underwent several sessions of PRP injections along with high-intensity focused electromagnetic (HIFEM) therapy.
Due to work commitments requiring her to frequently stay in the United States, her treatment schedule was irregular.
Her last PRP injection was in August 2025; then she returned to the U.S.
She didn’t come back until this April.
The first thing she did upon returning was to visit Dr. Huang for maintenance of her spine and other joints.
(She also has rotator cuff tears in the shoulder and degenerative knee joints, both treated by Dr. Huang.)
The patient reported that during her time abroad, she experienced almost no lower back pain, with only occasional mild leg numbness.
Dr. Huang arranged a follow-up spinal X-ray at Chung Shan Hospital, which showed clear improvement compared to previous images:
- The degree of scoliosis was significantly reduced (Figure 1)
- Spondylolisthesis and foraminal stenosis also showed improvement (Figure 2)
With objective X-ray evidence to support the results, the patient gained greater confidence in the treatment and chose to continue PRP therapy.
She joked that every time she sees me, she feels both happy and scared—
happy because her problems can be treated,
but scared because it means more injections😅 (she is very afraid of needles).
So each time, she opts for a larger-volume PRP injection (Figure 3),
which allows her to reduce the number of visits 😆
Many people ask: Do PRP and electromagnetic therapies actually work?
Many patients also wonder: Can degenerated or damaged structures be “reversed” or “repaired”—even just a little?
The answer is realistic—
not everyone experiences dramatic results.
However, with the right physician, proper indications, good patient compliance, and sufficient treatment dosage,
these therapies can indeed change the course of a disease.
This 74-year-old patient did not undergo intensive treatment
and even spent more than half a year abroad.
Yet with appropriate regenerative therapy combined with electromagnetic treatment,
the X-rays still provided an answer:
Degeneration does not have to be a one-way decline.
What we can do
is not only slow it down, but sometimes even improve it.
This is what Dr. Huang has always aimed to do:
use scientific methods to restore the body as much as possible.
PRP and electromagnetic therapies are not miracle cures,
but they can shift a future that once seemed destined to worsen.
As for fear of injections?
Of course she’s afraid 😆
Yet she keeps coming back.
Because compared to the injections,
she understands something even more important:
Some pain
doesn’t have to be endured for a lifetime.
Previous report:
https://uroprolo.blogspot.com/2025/03/ultrasound-guided-prolotherapy-for.html
PRP及磁波治療到底有沒有效？來看看一位74歲女性接受治療後的X光片變化！
X光片可發現腰椎側彎、滑脫、神經孔狹窄（事實上頸椎也有問題）
在仁醫的建議下
除了接受數次PRP注射治療以外，也同時接受高強度聚焦式磁場(HIFEM)的治療
由於病患因公需時常待在美國
治療的頻率並不固定
最後一次接受PRP注射治療是2025年8月
之後病患就前往美國
直到今年四月才回國
回國的第一件事就是找仁醫報到保養她的脊椎以及其他部位骨關節
（病患亦有肩膀旋轉肌撕裂、膝關節退化的問題，都是由仁醫治療）
病患自述出國這段時間幾乎沒有下背痛，只是腳偶爾會稍微麻一下
仁醫安排她至中山醫院追蹤脊椎X光片
發現跟之前相比的確有明顯進步
除了側彎的幅度明顯較小（圖一）
滑脫、神經孔狹窄的部份也獲得改善（圖二）
病患對治療更具信心
因此繼續接受PRP注射治療
她說她每次看到仁醫既開心又害怕
開心的是她的問題可以獲得解決
害怕的是又要打針（病患很怕打針）😅
因此她每次來都是接受大管PRP注射治療（圖三）
很多人會問：PRP、磁波治療到底有沒有效？
也很多病患想了解：已經退化、受損的結構，有沒有機會「逆轉」、「修復」回來？就算只是一點點？
答案其實很現實——
的確不是每個人都神奇有效
但是在對的醫師、適合的適應症、病患的配合、足夠的治療量
真的會改變疾病的走向
這位74歲的個案
她沒有密集治療
甚至中間還出國大半年
靠著適當的再生治療搭配磁波
X光還是給出了答案：
退化，不是只能一路向下
我們能做的
不只是讓它「慢一點」，甚至「好一點」
這也是仁醫一直在做的事：
用科學的方法，把身體能修的地方，盡量修回來
PRP與磁波治療，不是萬靈丹
但它確實可以讓「原本只能變差的未來」，出現不同的走向
至於怕打針？
她當然很怕😆
但她依舊會回來
因為比起打針
她更清楚一件事：
有些痛，是可以不用忍一輩子的
去年案例分享：
https://uroprolo.blogspot.com/2025/03/ultrasound-guided-prolotherapy-for.html
2023年3月24日 星期五
Mechanism and Application of High-Intensity Focused Electromagnetic (HIFEM) Therapy
Previously, we introduced a secret weapon used by professional athletes for injury recovery: the only patented tendon and ligament repair agent in the world.
https://uroprolo.blogspot.com/2023/02/stabha-soft-tissue-adapted.html
This time, we will introduce another secret weapon for rehabilitation after professional athletes' injuries: the High-Intensity Focused Electromagnetic (HIFEM) therapy.
History:
During the Cold War, the Soviet Union used electromagnetic fields to treat cosmonauts who had spent extended periods in space.
Due to the lack of gravity and exercise, These cosmonauts suffered from a loss of bone density and muscle. When they returned to Earth, they had weakened bones and muscles.
To solve this problem, the Soviet Union used pulsed electromagnetic field (PEMF) therapy in combination with medications to increase bone density and combat bone loss.
PEMF was widely used in the Soviet Union and Eastern Europe and spread to Western Europe after the fall of the Berlin Wall.
In the early 2000s, NASA conducted its own research into the use of PEMF and eventually filed its own patent for the use of PEMF in tissue regeneration
Principle:
HIFEM therapy is based on Faraday's law of electromagnetic induction.
By changing the magnetic field, changes in the biological electric field are produced, resulting in a biological current.
The effects of this magnetic field and biological current differ in different tissues and can promote wound healing, pain relief, bone fracture healing, muscle relaxation, nerve stimulation, muscle training, and joint movement.
Most importantly, according to the principle, this type of therapy is non-invasive and non-contact.
Therefore, it can be widely used in various patients who need it without causing any harm.
Tissue Effects:
Traditional electrical stimulation has been proven to be effective in pain management and wound healing and is widely used in rehabilitation.
However, there are some disadvantages because the electrodes need to be attached to the body surface to conduct current:
1. The pain receptors are close to the skin surface, and external current can directly stimulate them, making it easy to feel pain.
2. The intensity must be controlled; otherwise, it may cause skin damage.
3. The current decreases with depth and cannot be transmitted to deeper tissues.
The above disadvantages are precisely the advantages of magnetic field therapy:
1. No direct contactile current, so it does not cause pain.
2. Does not damage the skin.
3. The magnetic field can penetrate deeper tissues, and the treatment effect is better.
The biological current generated by the magnetic field can produce the following effects when applied to different tissues with different intensity, frequency, and waveform treatment modes:
⁃ Fibroblast and collagen proliferation is increased following each treatment.
⁃ Increased angiogenesis and collagen formation/maturation leading to wound healing.
⁃ Accelerates swelling elimination, restoring normal blood flow, nutrients, and oxygenation of tissue.
⁃ Damaged cells recover faster under treatment.
⁃ Accelerated growth factor production at various stages of the tissue repair.
⁃ Stimulate Osteogenesis and Chondrogenesis.
⁃ Pain management
⁃ Muscle training and reconstruction, improving movement function
⁃ speed up muscle and tissue healing
⁃ reduce muscle degradation or to increase blood circulation locally
⁃ increase metabolic activity in the stimulated region to such an extent that the lipids (triglycerides) break into free fatty acids (FFA) and glycerol; this lipid breakdown leads to an overflow of FFA in the intracellular space and consequently initiates adipocyte dysfunction by the mechanism of endoplasmic reticulum stress (ER-stress) apoptosis
⁃ modulate cell receptors binding, reducing the inflammatory response.
Although there are numerous effects that are difficult to list, it is evident that magnetic field therapy covers almost “all connective tissues!”
Therapy modes:
If based on functionality, it can be roughly classified into the following categories:
Pain relief
Joint lmobilization
Muscle relaxation
Muscle strength enhancement
Fracture healing
Spasm relief
Nerve repair
Muscle building and fat reduction
Urinary incontinence treatment
Sexual dysfunction treatment
Finally, why is high-intensity focused magnetic field therapy considered a secret weapon for athlete rehabilitation after injury?
Apart from providing repair effect for corresponding connective tissue, when an athlete is severely injured and forced to rest, muscle strength and physical ability may decline.
The muscle strength enhancement function of magnetic field therapy can fill the training gap and help to build muscles and reduce fat, thereby maintaining physical condition and shortening the time to return to the competition!
Now, high-intensity focused magnetic field therapy is not just exclusive to athletes, it has become affordable for the general public in terms of training and treatment!
References:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6028041/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4346366/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8370292/
https://pubmed.ncbi.nlm.nih.gov/2988718/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5764361/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6306936/
https://faseb.onlinelibrary.wiley.com/doi/epdf/10.1096/fj.03-0847fje
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7830993/
https://onlinelibrary.wiley.com/doi/full/10.1111/jocd.15606
https://onlinelibrary.wiley.com/doi/10.1111/dth.13803
https://stemcellres.biomedcentral.com/articles/10.1186/s13287-019-1464-x
https://www.mdpi.com/1422-0067/22/9/5037
https://pubmed.ncbi.nlm.nih.gov/2019648/
https://www.sciencedirect.com/science/article/abs/pii/S1350453319302346
https://www.ijphy.org/index.php/journal/article/view/359
https://www.eastcoastpodiatry.sg/super-inductive-system-sis/