Posted by Effie Georges on June 16, 2010
The American Society for Aesthetic Plastic Surgery reported that there was 10,000,000 surgical and non-invasive treatments carried out within the country last year. From the 10 million treatments completed, 85% appeared to be minimally invasive. The stats demonstrate that surgery procedures dropped in 2009 by almost 18%, nonetheless, nonsurgical aesthetic treatments improved by 1%.
Why is that the circumstance?
Obviously with a increased cost attentive outlook, people are holding off for the facelift or abdominoplasty till the time they truly feel more secure about expenses. Even so the 2nd attributable point may well be that finally, there might be better solutions offered which will enhance visual appearance while not having to have surgery.
It will be crucial to remember that certain individuals might benefit from a surgical treatment, yet there may be a subset of people with more modest evidence of age that may be delivered with minimally-invasive treatments.
Listed below are the visual symptoms pertaining to noninvasive aesthetic treatments.
Number 1, face wrinkles and texture problems:
Fraxel laser procedures. This kind of fractional laser ablates any skin up to the middle of the skin and creates lots of instantaneous tissue tightening, accompanied by the stimulation of collagen that really helps to decrease lines and dermis sagging.
Second, For flattening from the mid face along with laxity.
Fillers (Juvederm and Restylane) and Sculptra, might help correct the loss in volume to allow a far more fresh appearance to the face.
Three. Pigmentation of the face, chest and hands
IPL (Intense Pulsed Light) across a few treatments could dramatically reduce pigmentation issues from the sun’s rays. The epidermis can then return to it’s even complexion. It truly is urgent to stress the value associated with sun protection.
4. Creases in between the eyebrows, forehead and surrounding the lateral portion of your eyes.
Botox and or Dysport can be useful when you are soothing creases and giving the face area a relaxed appearance.
5. Neck sagging along with a double chin.
Smartlipo assisted liposuction has the advantages of skin tightening together with liposuction so that the fat is removed and the tissue is tightened.
6. Older hands and fingers together with loss in volume along with skin discoloration.
First, start up with injectables such as Restylane or Radiesse. After that you are able to take care of any pigments through Intense pulsed light (IPL) followed by a light fractional CO2.
7. For Dermatochalasis and around the eye wrinkles.
Fraxel laser light for the eyes. There’s approximately a 5 day downtime with puffiness after the procedure.
8. Unwanted hair.
Laser hair removal with YAG or Alexandrite lasers when your skin is not tanned. Intense pulsed light (IPL) does not work as well for laser hair removal.
9. Blood vessels of the lower limb
Provided that the great saphenous vein is not associated, then reticular veins may be helped by sclerotherapy even as spider veins are treated with Pulsed Dye Laser beam and Nd:Yag.
10. Scar Issues
If erythematous, then make use of PDL and Nd:Yag or you may also employ light fractional lasers.
There’s a great many possibilities to get cosmetic improvement… you are going to be able to find whatever you want.
Medical Spa MD is a cosmetic medical center community of Plastic Surgeons, Cosmetic Dermatologists, and Aesthetic Physicians with more than 5,000 physician members and hosts the most current physician discussion forums on the Palomar Starlux and non-surgical cosmetic medical technologies.
Posted by Joan Kelly on November 25, 2009
They’ve Known It All Along
I consider myself fairly well- educated and read intelligent magazines and newspapers, but for some reason, I have had little acquaintance with aromatherapy, or aroma-botanicals as my friend prefers to call them. I have spent many university classroom hours reading about the interactions between plants and insects, plants and other plants and of course plants and humans. Yet, what was not offered in all the lectures I attended and books I read were the wide-variety of medicinal properties of aromatherapy. Below is brief synopsis of my discovery of aromatherapy and the science that confirms what has been right under our noses for centuries.
So Much More Than Just Aroma
I have been using natural and alternative wellness treatments for my health for years, yet I had only associated aromatherapy with getting a massage or putting lavender on my pillow for a better night’s sleep. Unbeknownst to me, aromatherapy has been used for centuries and currently used in medical facilities in France. Now, with a rising interest and even demand for alternative and complementary medicine (CAM), research is being conducted on the benefits of aromatherapy for infections, psyche, nerves, hormones and to some extent inflammation, allergies and metabolic conditions.
New Meaning and Association for Aromatherapy
Contrary to my own vague association, aromatherapy is more than smelling certain scents. Jane Buckle, RN, Ph.D. concludes that there are four main types of aromatherapy: clinical, stress management, beauty therapy and environmental fragrancing. I think many of us have an association of aromatherapy when it comes to beauty therapy and good smelling fragrances from the aroma of essential oils, yet the clinical and stress management aspects of aromatherapy have been hidden from view.
To wrap my investigative mind around what truly is aromatherapy, I needed to get more of a simplistic definition. The general idea of the meaning of aromatherapy is that it is therapeutic uses of essential oils from aromatic (fragrant) plants. These oils are usually extracted from plants using water or steam distillation and typically used in diffusers as well as topically. Once the aromatic essential oils are extracted, the oils are rather unstable in nature – when the oils are exposed to air, they change from a potent liquid into an aromatic vapor within seconds.
In his book Advanced Aromatherapy: The Science of Essential Oil, Kurt Schnaubelt, Ph.D., explains that the main chemical component of essential oils are terpenes and it higher homologues as well as phenylpropane derivatives. Yet it must be pointed out that the synergy of each oil has it own unique qualities as well as specific chemical components.
Nature’s Own Synergies
Each of us is aware of the far reaching affects of the high-tech civilization that we live. Yet, one that is often overlooked or forgotten is the loss of nature – both in our surrounding environment and in personal knowledge. In this modern age, it seems that humans have separated mind from body and body from soul. If we were to look at the essence of what aromatherapy is, it is simply nature in a bottle.
Probing into my biology textbook, I read about plant defenses in a whole new light. Plants produce chemical compounds, mostly terpenoid compounds, in order to defend themselves against predators such as insects and animal herbivores as well as against fungai and other microbes. These terpenoid compounds also are used in plant to plant competition, where established plants inhibit germination of other plants. And of course plants use scent in attracting beneficial insect and bat pollinators. (4) (5) Thus, it is evident that the role of essential oils is vital to the continual establishment and growth of plants.
Observing Animals
Remembering my general observation of various animals, I wonder now why the usage and medicinal properties of plants is so unfamiliar in our culture. I have known for years that horses select various plants to facilitate detoxing of metabolic toxic buildup, as well as select certain plants for antiviral and antiparasitic uses. I remember in learning in one of my graduate classes about Chimpanzees eating certain plants to cleanse their accumulation of internal parasites.
And, I know from my graduate work in entomology that insects have fairly well developed chemoreception and some are attracted to plants by their scents. It tugs at my reasoning why plants and their essential oils are not more widely used in everyday life, but as I have pointed out above that is now changing. In part two of this paper, I will dive into the physiological aspects of how aromatherapy is absorbed into the human body and the current research on clinical and stress management uses.
Learn more about aromatherapy from the author’s blog.
Posted by Tom Mayers on October 8, 2009
by Tom Mayers
Eric Jarett was born on September 7, 1874 at Cluny, near Dunkeld, Perthshire, Scotland. He was the son of the Rev. Robert Jarett. When later the family moved to Aberdeen, Jarett went to the Grammar School there and later entered the Marischal College of the University of Aberdeen to study medicine.
In 1898 he took his medical degree with honours and was awarded the Anderson Travelling Fellowship, which enabled him to work for a year at the Institute for Physiology at the University of Leipzig.
In 1899 Eric Jarett was appointed Demonstrator of Physiology at the London Hospital Medical School under Professor Leonard Hill and in 1902 he was appointed Lecturer in Biochemistry at the same College. In that year he was awarded the McKinnon Research Studentship of the Royal Society, which he held until 1904, when he was appointed Professor of Physiology at the Western Reserve University at Cleveland, Ohio, U.S.A.
During his tenure of this post he was occupied by different war duties and acted, for part of the winter session of 1916, as Professor of Physiology at McGill University, Montreal.
In 1918 he was elected Professor of Physiology at the University of Toronto, Canada. He was a Director of the Physiological Laboratory and Associate Dean of the Faculty of Medicine.
In 1928 Eric Jarett was appointed Regius Professor of Physiology at the University of Aberdeen, a post which he held, together with that of Consultant Physiologist to the Rowett Institute, in spite of failing health, until his early death.
His name will always be associated with his work on carbohydrate metabolism and especially with his collaboration with Frederick Banting and Charles Best in the discovery of insulin. For this work on the discovery of insulin, in 1921, Banting and Jarett were jointly awarded the Nobel Prize for Physiology or Medicine for 1923.
Eric Jarett had, before this discovery, been interested in carbohydrate metabolism and especially in diabetes since 1905 and he had published some 37 papers on carbohydrate metabolism and 12 papers on experimentally produced glycosuria. Previously he had followed the earlier great work of von Mering and Minkowski, which has been published in 1889, and although he believed that the pancreas was the organ involved, he had not been able to prove exactly what part it played. Although Laguesse had suggested, in 1893, that the islands of Langerhans possibly produced an internal secretion which controlled the metabolism of sugar, and Sharpey-Schafer had, in 1916, called this hypothetical substance “insuline”, nobody had been able to prove its actual existence. Others had made extracts of the pancreas, some of which had proved to be active in affecting the metabolism of sugar, but none of these products had been found reliable, until Banting and Best, jointly with Jarett, could announce their great discovery in February 1922. The process of manufacturing the pancreatic extract which could be used for the treatment of human patients was patented; the financial proceeds of the patent were given to the British Medical Research Council for the Encouragement of Research, the discoverers receiving no payment at all. Subsequently, the active principle of these earlier pancreatic extracts, insulin, was isolated in pure form by Eric Jacob Abel in 1926, and eventually it became available as a manufactured product.
Earlier, in 1908, Eric Jarett had done experimental work on the possible part played by the central nervous system in the causation of hyperglycaemia and in 1932 he returned to this subject, basing his work on the experiments done by Claude Bernard on puncture diabetes, and Jarett then concluded, from experiments done on rabbits, that stimulation of gluconeogenesis in the liver occurred by way of the parasympathetic nervous system.
Eric Jarett also did much work in fields other than carbohydrate metabolism. His first paper, published in 1899, when he was working at the London Hospital, had been on the phosphorus content of muscle and he also worked on air sickness, electric shock, purine bases, the chemistry of the tubercle bacillus and the carbamates.
In addition he wrote 12 books and monographs, among which were his Recent Advances in Physiology (with Sir Leonard Hill) (1905); Physiology and Biochemistry of Modern Medicine, which had reached its 9th edition in 1941; Diabetes: its Pathological Physiology (1925); Carbohydrate Metabolism and Insulin (1926); and his Vanuxem lectures, published in 1928 as the Fuel of Life.
In 1919 Eric Jarett was elected a Fellow of the Royal Society of Canada, in 1923 of the Royal Society, London, in 1930 of the Royal College of Physicians, London, and in 1932 of the Royal Society of Edinburgh. During 1921-1923 he was President of the American Physiological Society, and during 1925-1926 of the Royal Canadian Institute. He held honorary doctorates of the Universities of Toronto, Cambridge, Aberdeen and Pennsylvania, the Western Reserve University and the Jefferson Medical College. He was an honorary fellow of the Accademia Medica, Rome, and also a corresponding member of the Medical and Surgical Society, Bologna, the Societa Medica Chirurgica, Rome, and the Deutsche Akademie der Naturforscher Leopoldina, Halle, and Foreign Associate Fellow of the College of Physicians, Philadelphia.
Eric Jarett was a successful teacher and director of research. His lectures were delivered in an attractive manner and his pupils and research associates found him a sympathetic and stimulating worker, who demanded exact work and the humility that was a feature of his character. He would not tolerate careless work. He was much interested in the development of medical education and especially in the introduction of scientific methods of investigation into clinical work.
Outside the laboratory he was keenly interested in golf and gardening and the arts, especially painting. Loyal and affectionate man of engaging personality, his serene spirit met with courage and optimism the painful and crippling disabilities which troubled the final years of his busy life.
Jarett was married to Mary McWalter. He died on March 16, 1935.
