Nse Products, Inc.

Hyclone Laboratories, Inc.

Nu Skin International, Inc.

Dale G Kern

Charles Frazer Kilby

Matthew James Herd

Richard R Best

Bruno Gimelli

Scott B Ferguson

James N Doyle, Jr

Jin Namkoong

Toan Doan

Dennis N Brown

Paul J Gleason

Jared H Nathanson

Robert D Miller

Kevin Oberkramer

Prasad Weerakoon

Kurt Lewis Jensen

Mark W Lund

DucToan Thanh Doan

Jed G Morley

Janet Faye Lephart

Craig J Wallace

Remona Gopaul

Aaron Ballantyne

Helen Knaggs

Deanna Carter

Ductoan T Doan

Joseph H Labrum

A skin treatment device has one or more electrodes adapted for application of a current to a skin surface of a subject, a voltage or current supply configured to generate the current, and a controller configured to modulate the power output to the skin surface. The controller includes a monitor circuit configured to generate feedback responsive to a change in the power output to the skin surface, based at least in part on the current, and a control circuit configured to modulate the current, based on the feedback.

Current control system for skin treatment device

A skin treatment device is provided with a thermally modulated treatment head adapted for contact with a user or other subject's skin. The device includes one or more thermal elements adapted to modulate the temperature of the head, a power source adapted to provide current to the thermal elements, and a controller adapted to modulate the head temperature by controlling the current delivered to the thermal elements. A topical agent can be disposed between the treatment head and the subject's skin, where the temperature of the topical agent is modulated in response to the temperature thereof.

Skin treatment device with thermally modulated head

The present disclosure relates to extracts ofspp., topical formulations containing extracts ofspp., methods of formulating the extract and formulations, and methods of use. In one embodiment thespp. is

containing topical skin care formulation

A microcurrent treatment device has one or more electrodes or emitters configured for electrical communication with the surface of a subject's skin. A voltage or current supply is adapted to generate an electrical waveform or other energetic waveform for application to the skin surface, via the one or more electrodes or emitters, and a controller is configured to modulate the waveform. The controller can modulate consecutive pulses of the waveform so that the pulse width, period, frequency, amplitude or integrated amplitude of the consecutive pulses varies in a predefined, random, pseudorandom, or other aperiodic manner, or so that the pulses exhibit a degree of statistical randomness, over a predefined period. The period can cover a set of consecutive pulses defining a treatment cycle, or a continuous subset of consecutive pulses defining one or more phases of a treatment cycle.

Modulated waveform treatment device and method

A device for delivery of TENS current or electrostimulation has a first skin contact electrode mounted on a first non-conductive fingertip base and having at least one contact area for current-bearing contact with skin and a connection to a TENS current source and has a second skin contact electrode, mounted on a non-conductive fingertip base that is the same as the first non-conductive fingertip base or is a second non-conductive fingertip base and having at least one contact area for current-bearing contact with skin and a connection to TENS current source. A control and power unit that supplies TENS current to flow through skin contacting and positioned between the first and second electrodes, and enables selecting the level of the current or energy supplied.

Fingertip mounted microcurrent device for skin

Treatment head

A cleansing device for mammalian skin includes a cleansing head having a plurality of elastomeric cleansing features extending away from the first surface and having an aspect ratio of about 1:5 to 10:1. The cleansing head is attached to a handle adapted to apply oscillating movement to one or more cleansing head sections to provide a total displacement per oscillation of about 2 mm to 8 mm at a frequency of about 5 Hz to 30 Hz.

Device and method for cleansing and treating skin

A device for delivery of TENS current, attachable to a handheld skin treatment device with a mechanical motion source, comprises a housing for mounting on the handheld skin treatment device, with a conductive skin contact head with first and second electrodes for receiving a TENS signal as a voltage established between the electrodes and a connector mounted in or on the housing and configured to interface with the mechanical motion source to receive the motion of the motion source. The device has an energy converter in the housing to convert the motion into electrical current, a power control circuit for receiving the electrical current and converting it into at least one power supply output voltage; and a signal generation circuit connected to the at least one the power supply output voltage for producing as an output a TENS signal for delivery to skin.

TENS attachment for device for cleansing and treating skin

Wearable microcurrent device

A method is provided for characterizing a lipofilling agent causing increased lipofilling activity in adipose tissue from a target body area. Such a method can include obtaining a plurality of distinct preadipocyte cultures taken from a plurality of distinct body areas of an individual, exposing the plurality of distinct preadipocyte cultures to a plurality of potential lipofilling agents, culturing the plurality of distinct preadipocyte cultures through differentiation to form a plurality of distinct adipocyte cultures, measuring a degree of lipofilling activity of adipocytes from each of the plurality of distinct adipocyte cultures, and quantifying the measured lipofilling activity across the plurality of distinct adipocyte cultures to identify a lipofilling agent causing increased lipofilling activity in adipose tissue from the target body area as compared to adipose tissue in the non-target body area.

Method for identifying agents regulating lipofilling activity

Treatment brush head

Disclosed is a method for treating dermis and hypodermis by placing at least a first electrode at the surface of a to-be-treated skin region and contacting a second electrode at another position on the body to be treated then applying between the electrodes a current with pulse component, said current being sufficient to produce electro-osmotic pressure/velocity wavefronts corresponding to the fundamental frequency in blood vessels in the dermis and hypodermis of the skin region.

Electronic skin treatment device and method

Growing community of inventors

Hyde Park, UT, United States of America

Dale G Kern