How long have you used HA for squeege ? You wipe down your blood then apply it ..gel form i assume. I see it promotes collagen production . Is that why you are using it? Do you feel it speeds up the repair post wound?
I go pretty hard with the roller. The skin feels dry and my whole scalp is swollen.. I like the feel of the cold gel from the fridge! It gets in the skin pretty fast. I just want to promotes a faster healing process. Been using it for months. Every derma roller website are using them.
- - - Updated - - -
How long have you used HA for squeege ? You wipe down your blood then apply it ..gel form i assume. I see it promotes collagen production . Is that why you are using it? Do you feel it speeds up the repair post wound?
I go pretty hard with the roller. The skin feels dry and my whole scalp is swollen.. I like the feel of the cold gel from the fridge! It gets in the skin pretty fast. I just want to promotes a faster healing process. Been using it for months. Every derma roller website are using it.
- - - Updated - - -
Surprise: Scientists discover that inflammation helps to heal wounds
New research in the FASEB Journal suggests that muscle inflammation after acute muscle injury is essential to muscle repair by means of insulin-like growth factor-1
A new research study published in The
FASEB Journal (
http://www.fasebj.org) may change how sports injuries involving muscle tissue are treated, as well as how much patient monitoring is necessary when potent anti-inflammatory drugs are prescribed for a long time. That's because the study shows for the first time that inflammation actually helps to heal damaged muscle tissue, turning conventional wisdom on its head that inflammation must be largely controlled to encourage healing. These findings could lead to new therapies for acute muscle injuries caused by trauma, chemicals, infections, freeze damage, and exposure to medications which cause muscle damage as a side effect. In addition, these findings suggest that existing and future therapies used to combat inflammation should be closely examined to ensure that the benefits of inflammation are not eliminated.
"We hope that our findings stimulate further research to dissect different roles played by tissue inflammation in clinical settings, so we can utilize the positive effects and control the negative effects of tissue inflammation," said Lan Zhou, M.D., Ph.D., a researcher involved in the work from the Neuroinflammation Research Center/Department of Neurosciences/Lerner Research Institute at the Cleveland Clinic in Ohio.
Zhou and colleagues found that the presence of inflammatory cells (macrophages) in acute muscle injury produce a high level of a growth factor called insulin-like growth factor-1 (IGF-1) which significantly increases the rate of muscle regeneration. The research report shows that muscle inflammatory cells produce the highest levels of IGF-1, which improves muscle injury repair. To reach this conclusion, the researchers studied two groups of mice. The first group of mice was genetically altered so they could not mount inflammatory responses to acute injury. The second group of mice was normal. Each group experienced muscle injury induced by barium chloride. The muscle injury in the first group of mice did not heal, but in the second group, their bodies repaired the injury. Further analysis showed that macrophages within injured muscles in the second group of mice produced a high level of IGF-1, leading to significantly improved muscle repair.
"For wounds to heal we need controlled inflammation, not too much, and not too little," said Gerald Weissmann, M.D., Editor-in-Chief of The
FASEB Journal, "It's been known for a long time that excess anti-inflammatory medication, such as cortisone, slows wound healing.
This study goes a long way to telling us why: insulin-like growth factor and other materials released by inflammatory cells helps wound to heal."
- - - Updated - - -
[h=1]A case report on the use of sustained release platelet-rich plasma for the treatment of chronic pressure ulcers.[/h]
Sell SA,
Ericksen JJ,
Reis TW,
Droste LR,
Bhuiyan MB,
Gater DR.
[h=3]
Author information [/h]
[h=3]Abstract[/h][h=4]BACKGROUND/OBJECTIVES:[/h]Chronic pressure ulcers affect patient health, emotional state, and quality of life, causing considerable morbidity and mortality in addition to contributing to significant health care costs from lengthy hospitalizations to advanced home care and surgical care costs. The conventional treatment of these wounds can be slow due to their chronic inflammatory state and the senescence of local reparative cells. Platelet-rich plasma (PRP) therapy has been growing as a viable treatment alternative for a number of clinical applications and has potential benefit for use in chronic wounds.
The sustained release of large quantities of autologous growth factors, cytokines, and other mediators found in PRP plus the favorable mononuclear cell profile of PRP may help us to stimulate wound healing and resolve chronic inflammation.
[h=4]METHODS:[/h]Three veterans with spinal cord injury (SCI), presenting with chronic stage IV pressure ulcers, were treated with a sustained release PRP therapy to stimulate wound healing.
[h=4]RESULTS:[/h]PRP treatment consistently resulted in the formation of granulation tissue and improved vascularity for each of the three patients treated, while reducing the overall ulcer area and volume.
[h=4]CONCLUSION:[/h]
The controlled release of growth factors from PRP demonstrated a positive stimulatory effect on the healing rate of chronic pressure ulcers in individuals with SCI.