Category: Regenerative Potential & Mechanisms of Nanofat

Nanofat applications: from clinical esthetics to regenerative research: Potential applications of nanofat in tissue regeneration with a focus on wound healing and vascularization

Posted in Basic Science & Research, Regenerative Potential & Mechanisms of Nanofat, Wound Healing

June 2019 Lisanne Grünherz et al. published a study titled “Nanofat applications: from clinical esthetics to regenerative research: Potential applications of nanofat in tissue regeneration with a focus on wound healing and vascularization” in Current Opinion in Biomedical Engineering. They “propose that nanofat should also be considered for use in translational research” and that “nanofat […]

Boosting tissue vascularization: Nanofat as a potential source of functional microvessel segments

Posted in Basic Science & Research, Regenerative Potential & Mechanisms of Nanofat

February 2022 Andrea Weinzierl et al. published “Boosting tissue vascularization: Nanofat as a potential source of functional microvessel segments” in Frontiers in Bioengineering and Biotechnology. They investigate nanofat grafts in a murine dorsal skin fold chamber model and conclude that nanofat boosts tissue vascularization and that nanofat may represent a versatile resource for many applications […]

Discussion: Protein profiling of mechanically processed lipoaspirates: Discovering wound healing and antifibrotic biomarkers in nanofat

Posted in Basic Science & Research, Ideas & Innovations, Regenerative Potential & Mechanisms of Nanofat

November 2021 Dr. Ramon Llull wrote this discussion titled “Discussion: Protein profiling of mechanically processed lipoaspirates: Discovering wound healing and antifibrotic biomarkers in nanofat” in Plastic and Reconstructive Surgery. Click below to read the full article.

Nanofat: A Therapeutic Paradigm in Regenerative Medicine

Posted in Adipose Tissue Complex, Basic Science & Research, Regenerative Potential & Mechanisms of Nanofat

Madhan Jeyaraman et al. conducted this study exploring nanofat and its role as a therapeutic in regenerative medicine. Click below to access the full study.

Adipose Tissue-Derived Stem Cells in Regenerative Medicine

Posted in AD-cSVF, AD-tSVF, AD-MSC, Basic Science & Research, Regenerative Potential & Mechanisms of Nanofat

April 29th, 2021 Authors Laura Frese, et al, review the potential applications of ADSCs. This study was published in Transfusion Medicine and Hemotherapy. READ THE STUDY NOW Want to learn more about the applications of adipose in regenerative medicine? Visit the SDARTs Online Learning Center >

Understanding NanoFat Versus Enzymatic Isolation Of tSVF Cells From Adipose Tissue

Posted in AD-cSVF, AD-tSVF, AD-MSC, Basic Science & Research, PRP & Adipose, Regenerative Potential & Mechanisms of Nanofat, Techniques & Methods for Fat Harvesting, Processing & Grafting

March 9th, 2017 Read Dr. Robert Alexander’s latest peer review on Understanding Nanofat Versus Enzymatic Isolation of tSVF Cells from Adipose Tissue and understand how Nanofat injections can greatly help your patients in anti-aging, hair regeneration, radiation/sun damage skin, chronic wounds and abnormal scarring. This article covers:

Adipose Stem Cell Translational Applications: From Bench-to-Bedside

Posted in AD-cSVF, AD-tSVF, AD-MSC, Basic Science & Research, Ideas & Innovations, Regenerative Potential & Mechanisms of Nanofat

April 29th, 2019 Authors Chiara Argentati, et al, discuss advances in the study of adipose stem cells over the past several years. This study was published in the International Journal of Molecular Sciences. Want to learn more about advances in the study of adipose? Visit the SDARTs Online Learning Center >

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