In the correct stage of hair growth, which in anagen, the hair is fully filled with the melanin and the follicle in fully attached to the blood supply which at the proliferation stage will absorb the light optimumly. Moreover, cooling method in the laser machine help to protect the tissue surrounding by lower the temperature of the skin. By adjusting the parameters such as the pulse duration, fluence, and wavelength in to the right position, it will optimally destruct the hair follicle and minimize the dermal damage. Furthermore, the destruction of the hair follicle can be achieved by three mechanisms. Firstly, from the photothermal, which the light in specific wavelength (600- 1100nm) is absorb by the melanin and heat up the hair shaft.
(Ross and Wilson p358) However, the skin is not just a series of layers; it has important functions to perform. The skin forms a protective barrier from germs, chemicals, dehydration and light trauma. Regulation of temperature is also important for the body’s ability to function. By the act of sweating or the secretion of
Feedback Mechanisms a. Compare and contrast the two feedback mechanisms our bodies use to maintain homeostasis. The body needs to maintain a stable internal body temperature for homeostasis. If we are too hot, our sweat glands are activated and blood flow to the skin is increased (Bartholomew & Martini, 2012). The perspiration evaporated on the skin causes a cooling effect the restores homeostasis (Bartholomew & Martini, 2012).
Sweat is made up mostly of water but also contains minerals, urea, lactic acid, ammonia and sugar. Sweating is your body’s way of keeping body temperature at the norm of 37°C. When you run long distances or exercise in hot weather, for example, your muscles exert themselves and your body overheats. Sweating is your body’s way of bringing your temperature back to normal. How our body maintains a constant temperature Temperature receptors in the skin detect changes in the external temperature of the body.
Homeostasis is for the procedure of the body to uphold a relatively consistent internal state. The nervous system sends and also receives these signals about temperature, blood pressure, hydration and more factors. The endocrine system tends to carry chemical messengers to adjust all the bodily functions. During different forms of exercise, the body’s internal environment is then changed and placed under a considerable amount of stress. Throughout homeostatic feedback mechanisms, the body is allowed to maintain a very healthy internal environment and then rapidly return to normal after all of the exercise ends.
SEVEN ORIGIZATION APPROACHES PAPER ME HCA220 SEVEN ORIGIZATION APPROACHES PAPER There are seven organizational approaches to studying the human body. Each are important to understand the complex systems and workings of the human body, The seven organizational approaches are body planes and direction, body cavities, quadrants and regions, anatomy and physiology, microscopic-to-macroscopic, body systems, and medical specialty. Besides the importance of just understanding the human body each can be used when applying knowledge to practical use in the health care industry. Body planes and direction approach is the division of the body into sections from front to back, right and left, and top to bottom by the use of the midsaggital plane, coronal plane, and the transverse plane. This is addition to movement away from or towards these planes.
I had to list the general functions and structural characteristics of the primary tissues. I was able to distinguish tissues by their appearance and structure. Lastly, I understood that the arrangement of tissues in the human body determines an organ’s structure and function. Materials: * Compound Light microscope * Prepared slides of simple squamous, simple cuboidal, simple columnar, stratified squamous (nonkeratinized),stratified cuboidal, stratified columnar, pseudo stratified ciliated columnar, and transitional epithelium * Prepared slides of mesenchyme; of adipose, areolar, reticular, and dense ( both regular and irregular connective tissues); of hyaline and elastic cartilage; of fibrocartilage; of bone (x.s.) ; and of blood * Prepared slides of skeletal, cardiac, and smooth muscle (l.s.)
Anatomy and physiology are connected because once the structure is figured out, then its functions can be understood. The popliteal is posterior to the patella. The cephalic region of the body is superior to the thoracic region. 2.Compare and contrast the two feedback mechanisms our bodies use to maintain homeostasis. What would happen if our thermoregulation (temperature control) used a positive feedback to maintain homeostasis?
FUNCTIONS The integumentary system is essential to the body's homeostasis, or ability to maintain the internal balance of its functions regardless of outside conditions. The system works to protect underlying tissues and organs from infections and injury. It also prevents the loss of body fluids. Receiving about one-third of the blood pumped from the heart every minute, the skin and its glands help maintain normal body temperature. The system also acts as a mini-excretory system, secreting salts, water, and wastes in the form of sweat.
• Healthy exercises The production of glutathione depends on the adenosine triphosphate (ATP). This is the molecule that supplies the cells with energy. Including a healthy amount of exercises in your routine induces the ATP to feed the cells with energy and GHS is produced in the process. Conclusion Glutathione is referred to as the master antioxidant in the body. It boosts the immune system, slows down the ageing process and increases the availability of energy in the body.