PULSE OF AESTHETICS
Your source of knowledge on the latest in aesthetics and regeneration
Your window into the world of aesthetic innovation
Want to know what truly matters in the world of aesthetic medicine? In the “Pulse of Aesthetics” section, you’ll find carefully curated updates from global sources – groundbreaking research, innovative therapies, and technologies that are shaping the future of the industry.
Tap into knowledge you can apply in your everyday practice.
Media News
AstraZeneca’s Investment in Research and Manufacturing in Beijing
AstraZeneca will invest $2.5 billion in Beijing in research and manufacturing, focusing on early-stage R&D, AI, and collaboration with local companies. The goal is to accelerate the development of 20 new drugs by 2030.
Polynucleotides as a New Alternative to Botox
The “salmon-sperm facial” is a new trend in aesthetic medicine – a treatment using polynucleotides derived from salmon DNA that stimulates collagen production and skin regeneration. Its effects can last up to 9 months, but experts are still awaiting more research.
Barriers to the Development of New Medical Devices
The Guardian raises the alarm: innovative medical devices often fail to reach clinics due to lack of support, costly trials, and outdated regulations. Urgent reform is needed to ensure that modern therapies can save lives.
Is NAD the Key to Longevity?
The Financial Times reports on the NAD boom – a molecule linked to longevity. While NAD supplements and injections are growing in popularity, experts warn that there is still a lack of solid evidence supporting their effectiveness in humans.
Beauty Robots Enter California
AI-powered robots are making their way into California beauty salons – for example, in eyelash extension procedures. Using image recognition, they cut treatment time in half. While they raise some concerns, they are equipped with safety sensors.
Women in the UK Are Facing Difficulties Accessing Hormone Replacement Therapy (HRT)
Despite an increase in HRT prescriptions in the UK, women still face barriers – drug shortages and unequal access depending on region. Experts call for better doctor education and reform.
Research
and technological breakthroughs
Anti-ageing therapies: from mice to humans
The Guardian writes about senolytics – drugs that remove “zombie cells” to accelerate ageing. Clinical trials are underway, including in people following childhood cancer treatment. This could be a breakthrough in anti-ageing medicine.
Breakthrough discovery: keratinocytes and collagen production
New research from Nature Communications (24.02.2025) shows that it is not only fibroblasts, but also keratinocytes – epidermal cells – that initiate collagen production. This is a breakthrough in understanding skin regeneration and ageing processes.
Comparison of particle size and shape of tissue fillers
Microscopic examination revealed significant differences in the structure of dermal fillers – particle size, shape and roughness. These features may affect integration into the tissue and the risk of inflammation after treatment.
Advanced approaches based on regenerative medicine in skin regeneration
The review article looks at modern regenerative therapies – stem cells, PRP, tissue engineering, gene therapy and cytokines – highlighting their versatile effects in wound healing and skin rejuvenation.
The role of biomaterial scaffolds in skin regeneration
Biomaterial scaffolds play a key role in wound therapy and skin engineering – providing physical support and transmitting biological signals to aid tissue regeneration.
Electrospun piezoelectric PLLA composites as scaffolds in tissue engineering
This article presents electrospun piezoelectric PLLA scaffolds as a promising solution for tissue engineering.
Hydrogely supporting mesenchymal stem cells and derived exosomes in the treatment of age-related musculoskeletal diseases
The article highlights the potential of hydrogels combined with mesenchymal stem cells (MSCs) and their exosomes in the treatment of age-related musculoskeletal disorders – they promote tissue regeneration and reconstruction.
Current application of tissue engineering dermal scaffolds mimicking the extracellular matrix in skin regeneration
The review presents dermal scaffolds that mimic the extracellular matrix as a key tool in skin regeneration. Special attention is given to the amniotic membrane and its stem cells as a promising source in dermal tissue engineering.
Supporting tissue engineering and regenerative medicine in the treatment of musculoskeletal disorders
The article discusses recent developments in tissue engineering and regenerative medicine for the treatment of musculoskeletal disorders. It highlights the use of mesenchymal stem cells, including those derived from adipose tissue, as promising regenerative therapies.
Light-assisted modulation of stem cell function and secretome: a new approach in regenerative medicine
The study shows that light modulation affects the function and secretome of stem cells. This indicates the potential of therapies based on their secretomes as an alternative to cell transplantation in regenerative medicine.
Bioactivated scaffolds to promote angiogenesis and tissue regeneration: integration of cyanobacteria into skin regeneration materials
The study presents innovative bioactive scaffolds integrated with cyanobacteria to promote skin regeneration. Under hypoxia, they increase the expression of proteins responsible for angiogenesis and tissue regeneration.
Advances in adipose tissue-derived mesenchymal stem cell applications in regenerative medicine
The review focuses on adipose tissue mesenchymal stem cells (ASCs) and their application in regenerative medicine. It highlights their ability to repair, regenerate and replace damaged tissue and their potential in tissue engineering.
Clinical techniques and treatment innovations
Innovative lip augmentation technique using polynucleotides
A pilot study showed that polynucleotides used as a lip “booster” improved hydration and skin texture without adding volume. The effect lasted up to six months, making this technique a promising alternative to classic fillers.
Microfragmented adipose tissue - an innovative therapeutic approach
The authors present MFAT (microfractionated adipose tissue) as a natural source of mesenchymal stem cells for skin regeneration. The review highlights the advantages of autologous therapy without the need for enzymatic treatment of the material.
Effectiveness of P(LA/CL)-HA lifting threads in skin remodelling
A study in a porcine model showed that bioresorbable threads with hyaluronic acid were more effective in improving skin elasticity and tone than threads without HA. The presence of hyaluronic acid increases the effectiveness of tissue remodelling.
Effectiveness of RF and HIFES therapy in improving facial appearance
A clinical study has shown that the combination of radiofrequency with intense facial muscle stimulation significantly reduces wrinkles and lifts brows – with results lasting up to 24 weeks after a single treatment.
Smart dressing with pulsed RF therapy controlled by smartphone
The innovative device combines a bioelectronic dressing with a mobile app, enabling precise delivery of RF energy to the healing site. This is a breakthrough in tissue stimulation and a new era of wound treatment.
Efficacy of poly(L-lactide-co-ε-caprolactone) lifting threads with hyaluronic acid in skin remodelling
A study in a porcine model confirms that bioresorbable P(LA/CL) threads with hyaluronic acid more effectively promote skin remodelling within 180 days. The improved histological results indicate that the composition of the threads has a significant impact on the tissue regeneration process.
Modified fan technique in the administration of biostimulants
The article discusses the limitations of traditional cannula techniques in the administration of biostimulants and proposes their modification for better distribution of the preparation. An experienced practitioner emphasises the importance of individualising the treatment to achieve natural and symmetrical results.
