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Official websites use. Share sensitive information only on official, secure websites. E-mail: bernardyj gmail. For commercial re-use, please contact journals. With age, facial muscles lose the ability to complete contractions properly, resulting in limitation of facial expressions and fat shifting, and leading to skin creases and wrinkling. The aim of this study was to determine the effects of the novel high intensity facial electromagnetic stimulation HIFES technology combined with synchronized radiofrequency on delicate facial muscles, using an animal porcine model.
The control group was not treated. Histology samples of muscle tissue were collected by a punch biopsy 6 mm in diameter from the treatment area of each animal at baseline, 1-month, and 2-month follow-up. The evaluation included staining of the obtained tissue slices with hematoxylin and eosin and Masson's trichrome to determine the changes in muscle mass density, number of myonuclei, and muscle fibers.
The active group showed muscle mass density increase by Finally, no adverse events or side effects were observed in the treated animals. See the Commentary on this article here. Aging is a multifactorial process that affects all body structures, causing emotional distress through altering of the visual appearance and thus self-perception.
Therefore, changes in one structure affect others. Muscle changes can be promoted by age and gradually lose their mass and function after the third decade of life. Facial muscles are a type of striated muscles that in contrast to skeletal counterparts, which facilitate movement of entire body parts are embedded in a connective tissue framework that interconnects all tissues from bone to skin to perform facial emotional expressions and mastication.
The general mechanism of voluntary muscle contraction starts with a signal from the brainβan action potential. It is essentially an electrical impulse that travels through the motor neuron to the synapses neuromuscular junction , releasing the neurotransmitter and influencing the membrane's electrical potential, causing depolarization and activation of muscle contraction, followed by the relaxation phase.