#Ipulse inc skin
Limitations of HUDs include lack of hair clearance for very dark skin types and low speed of treatment compared with professional devices.
#Ipulse inc full
These data are in line with what was previously reported in the literature, where clinical studies with home‐use IPL appliances demonstrated high efficacy of hair reduction on female legs, armpits and bikini zones, with full hair regrowth after four treatments following cessation of IPL administration. In line with this hypothesis, in this review we demonstrate that long‐term application of a commercially‐available home‐use IPL appliance resulted in persistent hair reduction (80%) one year after last treatment. This suggests that high hair reduction can be expected in vivo and longer‐term treatment might result in HF miniaturization due to a cumulative effect on the dermal papilla and outer root sheath cells. Catagen transition was characterized by morphological changes similar to what occurs in vivo with occasional detection of apoptosis in the dermal papilla and outer root sheath cells.
Here we presented data showing that a single low fluence pulse of both 810 nm laser (6.6 J/cm², 16 ms) and IPL (9 J/cm², 15 ms and 6.8 J/cm², 1.9 ms) leads to induction of catagen transition. Clearly, HUDs are different compared to professional systems both in terms of fluence per pulse and in terms of biological mechanisms underlying hair removal. Significant basic science and clinical evidence has been published to confirm the clinical efficacy and technical safety of many laser and IPL home‐use devices for hair removal. Establishing the likely biological mode of action of professional high‐fluence systems versus home‐use low‐fluence appliances was performed by combining data obtained using ex vivo hair follicle (HF) organ culture and the clinical results involving human participants. Thirdly, it proposes mechanistic differences in light delivery regimes and the resulting divergences in mode of action.Īn extensive literature search was performed to review the progress of laser/IPL‐induced hair reduction and determine what evidence is available to explain the mode of action of professional and HUDs for hair removal. Secondly, it summarises published literature reviews on home‐use devices (HUDs) as evidence of their growing credibility. Despite the above communication, if anyone is found to be carrying on any such unethical business practices with regard to IndusViva products, IndusViva shall take term action against such wrongdoers, as per law.This review has the following objectives: Firstly, it provides an explanation of the evolution of laser/intense pulsed light (IPL) hair reduction modalities from high fluence professional devices to low fluence home‐use appliances. Please note that IndusViva is not, in any way responsible and/or liable for the actions of either the wrongdoers and/or their victims in any manner, whatsoever, at any time. While this is the structure, IndusViva has once again faced the recent increase of fraudulent tampering of “Bar Codes” on labels of its product and/ or selling IndusViva products through e-commerce channels, which has led to making of unlawful business gains dishonestly in an unethical manner, by some unscrupulous persons thereby causing immense damage to the name and reputation of lndusViva.Īll concerned/public in general are hereby advised and cautioned not to be lured by any such dishonest persons who solicit, promise of products with unusual discounts and/ or monetary benefits in any manner in respect of any IndusViva products with tampered label/s or otherwise in any manner, which is punishable by law. IndusViva has channelized its marketing and distribution of the products through its Distributors Associates in India and not through e-commerce channels. lndusViva HealthScience Pvt Ltd., is in the business of trading and marketing of ‘Proprietary Ayurvedic Health Promoter’ products and is entitled to the trademark IndusViva HealthScience Pvt Ltd This is to notify all concerned, as well as general public, that M/s.
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