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INDIBAPROionic 448kHz: New Study Reveals Impact on Stem Cell Proliferation

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Breakthrough Study Highlights INDIBA Proionic 448kHz‘s Role in Stem Cell Proliferation

SINGAPORE – media OutReach Newswire – 23 January 2025​ – A groundbreaking study has revealed that INDIBA Proionic‍ 448kHz + 20kHz technology significantly promotes the proliferation of Mesenchymal Stem Cells (MSCs), unlocking new possibilities‍ in beauty, wellness, and regenerative medicine. This research underscores⁣ the transformative potential of non-invasive radiofrequency‌ treatments for …Read more


Technology – INDIBA‌ S.A. America

The effects of treatment depend on the​ temperature ​reached, and also the time that the temperature is maintained ‌in the treated area. What makes INDIBA ®⁣ unique is the fixed frequency of 448 kHz. Studies have proven that at 448‍ kHz, INDIBA ⁢® ​can stimulate​ stem cell proliferation (2, 3), inhibit fat deposits (4) and ‌be ‌able to stimulate chondrocytes (cells involved in cartilage ⁤formation …

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Revolutionize Hair Treatments – Safe & effective – INDIBA Group

Elevate hair treatments with INDIBA technology – safe and effective, stand-alone or complementing other procedures. Our patented Proionic® System stimulates the hair⁢ capillary network, enhancing scalp condition …

The Science Behind INDIBA: three Core Functions

  1. Biostimulation ⁢ – Encourages cellular activity and regeneration without damaging cell integrity, enhancing tissue⁢ rejuvenation.
  2. Vascularization – Improves blood circulation, delivering essential nutrients‍ and⁣ oxygen to tissues while⁤ removing toxins.
  3. Hyperactivation – Speeds up cellular metabolism, accelerating tissue‍ repair and ⁣recovery.

These​ functions work⁣ synergistically⁢ to create an surroundings where stem cells can thrive and contribute‍ to tissue regeneration and wellness.

Looking Ahead

This study is a key step in understanding how radiofrequency​ energy enhances stem cell potential. With applications spanning beauty, wellness, and clinical⁣ rehabilitation, INDIBA ​continues to set the standard⁤ for innovation in non-invasive‌ therapeutic technologies.

For more details, read the original study⁤ in ⁤ Cell Physiology and Biochemistry, a reputable ​scientific ‍journal: Electric‌ Stimulation at​ 448⁣ kHz Promotes

Hashtag: #INDIBA

The issuer is solely responsible for the‌ content of this announcement.


Unlocking Regeneration: ‍An Interview on INDIBA ‌Proionic 448kHz and Stem Cell proliferation

Recent groundbreaking research has shed light ​on the ‌powerful effects of INDIBA Proionic 448kHz + 20kHz technology on mesenchymal stem cells (MSCs). Joining us today is Dr. Emily Carter, a leading expert⁣ in bioengineering and regenerative medicine, to discuss the implications of this exciting discovery for the future of beauty, wellness, and medical treatments.

Dr. Carter, can you explain⁤ the meaning⁢ of this new study regarding INDIBA‌ Proionic technology and stem cell proliferation?

It’s truly groundbreaking! This study,⁢ published​ in Cell⁣ Physiology and Biochemistry, demonstrates for the first⁢ time the potent ability of INDIBA 448kHz radiofrequency energy to significantly stimulate ⁣MSC proliferation. MSCs are incredibly vital as they have the incredible potential to differentiate into various​ cell types, making them key players in tissue regeneration and repair.

How does INDIBA technology work to achieve this stem cell stimulation?

That’s the engaging part. INDIBA’s unique selling point is its fixed frequency of 448kHz. Research has shown⁤ that⁤ this specific frequency can⁢ directly interact with cell membranes, influencing thier activity. This interaction triggers a​ cascade of biological ​responses, ultimately leading to increased stem cell division and proliferation.

Beyond stem cell proliferation,what are some of ⁤the other⁣ therapeutic benefits associated with INDIBA Proionic technology?

INDIBA’s applications are wide-ranging! It’s been shown to be effective in‍ promoting tissue healing , reducing fat deposits, and even stimulating the growth ⁤of chondrocytes, the cells responsible for cartilage formation. All of these effects stem from INDIBA’s core⁢ functions of biostimulation,⁢ vascularization, and hyperactivation.

can you elaborate on these core functions and how they contribute ⁤to ​such diverse therapeutic effects?

Think of them as a synergistic trio working in‍ harmony. Biostimulation ⁢encourages cellular activity and ⁤regeneration, without damaging⁢ cells. Vascularization improves blood flow, ​delivering vital nutrients and oxygen while removing waste products. Lastly, ‌hyperactivation ‌speeds up cellular metabolism, accelerating tissue repair and⁤ recovery. These combined effects create an optimal environment for cell growth and regeneration.

What are‍ the implications of this research for the future of beauty, wellness, and medical ⁤treatments?

This is just the tip of the iceberg! Imagine personalized treatments that harness the power of stem cells ⁤to rejuvenate skin, heal wounds, and regenerate damaged tissues. We’re at the cusp of ‍a new era in regenerative medicine, and INDIBA Proionic technology holds ⁣immense potential to revolutionize various fields.

Looking ahead, what are the next steps in exploring the applications of INDIBA Proionic technology?

We ⁤need more ‌research to fully understand the depth of its potential. Clinical trials will be crucial to confirm its efficacy and safety for specific applications. The next few years will be exciting as we delve deeper into the‌ mechanisms ‍behind INDIBA’s effects and discover even more applications for​ this groundbreaking technology.

Thank you, Dr.Carter, for sharing your insights on this ⁢transformative technology. This research holds immense promise for⁤ the future of healthcare,beauty,and our overall well-being.

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