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3.1 Students learn to explain why the concentration of water in cells should be maintained within a narrow range for optimal function. It follows that a fixed concentration of substrate and enzymes is necessary for reactions to proceed at an ideal rate. 3.2 Students learn to explain why the removal of wastes is essential for continued metabolic activity.
3.3 Students learn to identify the role of the kidney in the excretory system of fish and mammals. 3.4 Students perform a first-hand investigation of the structure of a mammalian kidney by dissection, use of a model or visual resource and identify the regions involved in the excretion of waste products. Renal dialysis is similar to kidney function except that essential substances passively filtered from the blood are replaced by adding them to the blood.
Active animals produce considerable quantities of nitrogenous wastes that must be removed quickly. 3.7 Students learn to distinguish between active and passive transport and relate these to processes occurring in the mammalian kidney.
In the first part of the nephron after the Bowmana€™s capsule, called the proximal tubule (see below), many of these molecules are a€?pumpeda€? back into the blood vessels as they wrap around the tubule.
The way the kidney filters the blood is analogous to a student tidying his desk by throwing everything onto the floor, then replacing only the materials he needs on the desk. 3.8 Students learn to explain how the processes of filtration and reabsorption in the mammalian nephron regulate body fluid composition.
The material collected in the Bowmana€™s capsule then passes into the proximal tubule where selective (active) reabsorption of all the glucose, amino acids, vitamins and hormones occurs.
The filtrate then passes down and up the loop of Henle in the medulla (inner) part of the kidney.
The distal (distant from the glomerulus) convoluted tubule is mainly responsible for the regulation of potassium, pH (acidity) and calcium concentration in the body. From the distal tubule, the filtrate passes to the collecting tubule which joins other tubules, connects to the ureter and transports the urine to the bladder. 3.9 Students learn to outline the role of the hormones, aldosterone and ADH (anti-diuretic hormone) in the regulation of water and salt levels in blood.
You will know that tea and coffee increase the amount of urine produced - they are diuretics.
Sense organs in the pituitary gland detect falls in osmotic pressure caused by a reduction of blood volume. A range of other sensors (including stretch receptors in the atria of the heart) detect falls in blood pressure due to dehydration and loss of salts from the blood. Aldosterone and ADH are both hormones that increase the reabsorption of water and sodium ions from the filtrate in the tubules of the nephron. 3.11 Students learn to define enantiostasis as the maintenance of metabolic and physiological functions in response to variations in the environment and discuss its importance to estuarine organisms in maintaining appropriate salt concentrations. Work extra hard and reduce your social activities so that you can maintain your standard and avoid getting into trouble with parents or teachers?
Do the same amount of work as usual and keep up your social life but tolerate the lower assessment ranking and criticisms you are bound to get? Estuaries are places where the salinity of water changes during the day as the tides move in or out.
If you can handle these concepts, it would be in your interest to find out the meaning of the words a€?osmoregulatorsa€? and a€?osmoconformersa€? so that you can improve the quality of your answers to questions on this dot point. 3.12 Students analyse information from secondary sources to compare and explain the differences in urine concentration of terrestrial mammals, marine fish and freshwater fish. Marine fish have no trouble getting enough minerals - the oceana€™s water is full of minerals. Freshwater fish have the opposite problem - water tends to move into their cells by osmosis and minerals tend to diffuse out. 3.14 Students process and analyse information from secondary sources and use available evidence to discuss processes used by different plants for salt regulation in saline environments. 3.15 Students perform a first-hand investigation to gather information about structures in plants that assist in the conservation of water. 3.16 Students learn to describe adaptations of a range of terrestrial Australian plants that assist in minimising water loss. In the photograph of an Acacia sp seedling below, you can see that the first leaf to form was a bipinnate (compound) leaf.
In the next photograph, the leaves of a Casuarina sp (She-Oak) are shown to be reduced to tiny brown scales - the stems are acting as leaves. The leaves of Banksia serrata have a thick cuticle (Cu), tough sclerencyma (tough support tissue Sl) and most obviously, stomates in deep pits which have many hairs. 3.A A  Plants and animals regulate the concentration of gases, water and waste products of metabolism in cells and in interstitial fluid. Osmosis and diffusion are passive - no energy is required from the organism.A  Active transport requires the expenditure of energy. In the first part of the nephron after the Bowmana€™s capsule, called the proximal tubuleA  (see below), many of these molecules are a€?pumpeda€? back into the blood vessels as they wrap around the tubule.A  This process requires energy because the materials must pass against a diffusion gradient. The material collected in the Bowmana€™s capsule then passes into the proximal tubule where selective (active) reabsorption of all the glucose, amino acids, vitamins and hormones occurs.A A  Most of the mineral ions and water are also reabsorbed here. It is important to keep the volume and salt concentration of blood at a constant level.A  The hormones aldosterone and ADH (anti-diuretic hormone) control blood volume and salt concentration. You will know that tea and coffee increase the amount of urine produced - they are diuretics.A  ADH and aldosterone do the opposite - they reduce the volume of urine produced by the kidney. 2.Do the same amount of work as usual and keep up your social life but tolerate the lower assessment ranking and criticisms you are bound to get?
Organisms that live in aquatic environments have the same a€?choicea€?.A A  If the water becomes more or less salty than usual, they can either work hard to maintain homeostasis or they can tolerate the change (and compensate in some way - just like you might keep a low profile). Freshwater fish have the opposite problem - water tends to move into their cells by osmosis and minerals tend to diffuse out.A  As a result, to help overcome these problems, freshwater fish produce large volumes of very dilute urine. This dot point will be (has been) covered in practical lessons.A A  Refer to your Practical Record Book.
The leaves of Banksia serrata have a thick cuticle (Cu), tough sclerencyma (tough support tissue Sl) and most obviously, stomates in deep pits which have many hairs.A A  The hairs slow the movement of air and hence reduce the rate of water loss from the pits and hence from the stomates.
This form of herpes will most commonly affect the cornea, or the clear outer layer, of your eye. This type is when the infection happens inside the lining of the back of your eye or in the retina.
The symptoms of herpes of the eye may happen every once in awhile or they could happen on a daily basis and at times may be severe. Herpes of the eye is a viral infection that is usually caused by the herpes simplex virus (HSV) type 1.
This is the type of virus that can pass from one person to another through some type of contact so if a person has a cold sore and you come in contact with it through kissing them or touching the cold sore you could become infected with HSV.
Another virus that could cause herpes of the eye is the virus that causes shingles and chickenpox, which is a disease of your nervous system, is called varicella-zoster virus.
To ensure that you get the proper treatment you should see an eye doctor or ophthalmologist.
Although it is not curable you should always seek medical attention because if not treated it could result in corneal scarring that is severe and in some cases you may have to have a corneal transplant to get back your normal vision. Australiaa€™s third flightless bird - the Tasmanian Native Hen (on Maria Island) [Photo - G.
In schools (and other institutions), there is division of labour - teachers, administrators, office staff, ground staff, kitchen staff and so on.
The tissues in a leaf include mesophyll (the tissue where photosynthesis occurs), epithelial tissue (protective upper and lower surfaces), xylem (for transporting water), phloem (for transporting food) and gland cells (for making substances that protect the leaf from animal attack). The wall of the stomach is lined on the inside by cells which form glands producing gastric juice (including hydrochloric acid).
Animals and fungi obtain their food from their biotic surroundings - other living or once-living things. You are not expected to learn all the chemical reactions involved in photosynthesis, but you are expected to learn the overall or general word equation. Many plants, like the first plants (algae) live in water - they obtain water and minerals directly through their plasma membrane because they live in water. The first plants to appear on land had to be pre-adapted to survive in the absence of water. The roots of seed plants are covered with millions of tiny hairs through which they absorb water (and small amounts of minerals) from soil.
Photosynthesis requires light, so we expect to find the chloroplasts densely packed in layers in the cells near the top surface of leaves which in turn have a large flat area exposed to sunlight.
Leaves arranged to obtain maximum sunlight, especially for the younger, more active leaves. When humans eat food, they are placing it into a hollow tube that passes right through the body, from mouth to anus. Then the small, useful molecules in the broken down food (glucose, amino acids, lipids) enters the body in the absorption stage. Finally, those parts of the food that are not absorbed are removed from the body via the anus in egestion.
There are 2 main ways that herbivores breakdown cellulose - some are called ruminant herbivores (eg. The rumen is a large, bag-shaped organ full of cellulose-digesting bacteria before the small intestine. Non-ruminant herbivores store the cellulose digesting bacteria in the cecum, a blind tube joining the digestive system where the small and large intestines meet. Rabbits are unusual in that they pass the digested cellulose out of the body as soft cecotrophs which they eat during the night. The tissues in a leaf include mesophyll (the tissue where photosynthesis occurs), epithelial tissue (protective upper and lower surfaces), xylem (for transporting water), phloem (for transporting food) and gland cells (for making substances that protect the leaf from animal attack).A  Each tissue is made of large numbers of similar cells. The wall of the stomach is lined on the inside by cells which form glands producing gastric juice (including hydrochloric acid).A  Beneath this layer the tissue called stratum compactum forms a tough protective barrier preventing sharp objects in food from perforating the stomach. Deep in the ocean, thousands of metres away from any sunlight, there are fish.A  Even these fish rely on photosynthesis - they eat dead bodies that have fallen from nearer to the surface, these dead animals having eaten plants or animals that depend on photosynthesis. It is time to learn about independent and dependent variables.A A  Refer to this page, especially (a) and (b). The Calvin Cycle - added to impress you, not to be memorised.A  At least you can see where CO2 enters the picture! Ferns have conducting tissues and roots very similar to those of seed plants.A  The fronds and roots grow out of a stem-like structure called the rhizome.
Photosynthesis requires light, so we expect to find the chloroplasts densely packed in layers in the cells near the top surface of leaves which in turn have a large flat area exposed to sunlight.A  This is usually the case, especially where overheating and water loss are not problems. When humans eat food, they are placing it into a hollow tube that passes right through the body, from mouth to anus.A  The food is essentially still outside the body!A  The placing of food inside the gastrointestinal tract is called ingestion. Vertebrate animals cannot digest cellulose - the component of all plant cell walls.A  Herbivorous animals utilise bacteria to digest cellulose for them. Non-ruminant herbivores store the cellulose digesting bacteria in the cecum, a blind tube joining the digestive system where the small and large intestines meet.A  After the cellulose has been fermented in the cecum, the food passes into the colon where it is absorbed. Rabbits are unusual in that they pass the digested cellulose out of the body as soft cecotrophs which they eat during the night.A  Nutrients are then absorbed from the small intestine - the unneeded food leaves the body as hard pellets which the rabbit uses to mark its territory. Lipids and amino acids can also be used as energy sources, but they enter the main pathways at different points.
The search for a chemically defined medium that would support sustained population growth of C. Sterol-supplemented chemically defined medium will not sustain nematode population growth unless a heme source is added.
In addition to long-chain fatty acids, ethanol, n-propanol and acetate also promote population growth of C. Ammonia is the main excretory product of nitrogen metabolism, but nitrogen is also excreted in the form of amino acids (Rothstein, 1963; 1965).
In vertebrates, carbon atoms of carbohydrates, lipids and amino acids are usually completely oxidized to CO2 under aerobic conditions.


Free-living nematodes have the ability to synthesize saturated and unsaturated fatty acids de novo (Rothstein, 1970), and they typically store energy as lipids.
Transcriptional studies using SAGE analysis on sterile fer-15;daf-2 worms and fer-15 controls did not yield identical results.
Mutations that compromise the function of the mitochondrial electron transport chain might be predicted to shorten the C. Major questions that remain unanswered include: How does a mutation affecting mitochondrial function lead to extended lifespan? Commonly, under anaerobic conditions, an increase in temperature results in an increase in lactate formation. 2-methylvalyrate, which are typically excreted by parasitic nematodes, are not produced in measurable amounts by anoxic C.
The mechanisms by which the animals sense osmotic stress and launch the osmoregulatory response are quite complex. Mitochondria are responsible for transforming the food we consume into use able energy at the cellular level. The mitochondria’s role in animal cells is immensely important and a typical animal cell will have a range of 1000 to 2000 of these organelles. The mitochondrial metabolic process is reliant upon oxygen (aerobic) as a respiratory agent and glucose (simple sugar) as the fuel.
When oxygen is used in a respiratory cycle like the ATP cycle it is very efficient for energy production. This process is known as oxidation and has a negative cascading effect on other molecules and cells resulting in tissue damage. However, we can also see hot sparks flying from this kinetic process and the foundry worker is sensibly clothed in protective gear.
Free radicals can also damage the mitochondria in the circulatory system causing red blood cells to lose elasticity and change shape. The processes described above are known as aerobic respiration (with oxygen) when we demand higher levels of energy, for example when exercising, the body has an additional energy backup system this is called anaerobic respiration (without oxygen). Anaerobic respiration does not require oxygen but is less efficient than aerobic respiration producing only 2 molecules of ATP per glucose molecule compared with aerobic respiration which produces 38 ATP molecules per glucose molecule.
As aerobic respiration produces consequential free radicals; Anaerobic respiration produces lactic acid, as a by product of oxygen free energy. The combination of mitochondrial compromised cells and poor red blood cell circulation may result in respiration switching; aerobic respiration (with oxygen) to anaerobic respiration (without oxygen). Mitochondrial DNA can become easily damaged due to the nature of cellular energy creation (producing free radicals) and the Mitochondria’s location within the cell. MIT engineers have developed a fuel cell that runs on glucose for powering highly efficient brain implants of the future that can help paralyzed patients move their arms and legs again — batteries included. The researchers, led by Rahul Sarpeshkar, an associate professor of electrical engineering and computer science at MIT, fabricated the fuel cell on a silicon chip, allowing it to be integrated with other circuits that would be needed for a brain implant.
In the 1970s, scientists showed they could power a pacemaker with a glucose fuel cell, but the idea was abandoned in favor of lithium-ion batteries, which could provide significantly more power per unit area than glucose fuel cells. These glucose fuel cells also used enzymes that proved to be impractical for long-term implantation in the body, since they eventually ceased to function efficiently.
The new fuel cell is fabricated from silicon, using the same technology used to make semiconductor electronic chips, with no biological components. A platinum catalyst strips electrons from glucose, mimicking the activity of cellular enzymes that break down glucose to generate ATP, the cell’s energy currency. So far, the fuel cell can generate up to hundreds of microwatts —  enough to power an ultra-low-power and clinically useful neural implant.
Benjamin Rapoport, a former graduate student in the Sarpeshkar lab and the first author on the new MIT study, calculated that in theory, the glucose fuel cell could get all the sugar it needs from the cerebrospinal fluid (CSF) that bathes the brain and protects it from banging into the skull. There are very few cells in the CSF, so it’s highly unlikely that an implant located there would provoke an immune response, the researchers say. Structure of the glucose fuel cell and the oxygen and glucose concentration gradients crucially associated with its cathode and anode half-cell reactions (credit: Benjamin I. There is also significant glucose in the CSF, which does not generally get used by the body. Karim Oweiss, an associate professor of electrical engineering, computer science and neuroscience at Michigan State University, says the work is a good step toward developing implantable medical devices that don’t require external power sources. A team of researchers at Brown University, Massachusetts General Hospital and other institutions recently demonstrated that paralyzed patients could use a brain-machine interface to move a robotic arm; those implants have to be plugged into a wall outlet. Sarpeshkar’s group is a leader in the field of ultra-low-power electronics, having pioneered such designs for cochlear implants and brain implants. The book discusses how the combination of ultra-low-power and energy-harvesting design can enable self-powered devices for medical, bio-inspired and portable applications. Sarpeshkar’s group has worked on all aspects of implantable brain-machine interfaces and neural prosthetics, including recording from nerves, stimulating nerves, decoding nerve signals and communicating wirelessly with implants. One such neural prosthetic is designed to record electrical activity from hundreds of neurons in the brain’s motor cortex, which is responsible for controlling movement. The fabrication of the glucose fuel cell was done in collaboration with Jakub Kedzierski at MIT’s Lincoln Laboratory. Although he has begun working on bringing ultra-low-power and medical technology to market, he cautions that glucose-powered implantable medical devices are still many years away. June 13, 2012 by Gorden Russell When those asteroid miners start bringing us cheap platinum, we will all have computers implanted in our brains. June 13, 2012 by JohnJohnson Having a electron-stripping platinum catalyst in our heads is one thing, but leaping from that to a full-blown computer which can functionally incorporate information into our conscious (and unconscious!) streams is a big one!
The Kurzweil Accelerating Intelligence newsletter concisely covers relevant major science and technology breakthroughs (daily or weekly) via e-mail. With type a person can develop blurred vision, redness, pain, and sensitivity to the light which can be severe. Herpes of the eye can also be caused by a person who has an outbreak of this herpes simplex virus type 1 if they touch their eyes during the outbreak. If this particular virus is the cause of herpes of the eye it is referred to as herpes zoster ophthalmicus. Proper treatment will also help make the probability of herpes of the eyes reoccurring less frequent.
For example, bats may fly out of the cave at night to feed on insects that ate leaves that carried out photosynthesis. The outer surface is covered with muscle tissue allowing the stomach to change shape, churning food then pushing it into the small intestine.
This allows ferns to grow larger than bryophytes (mosses and liverworts) but the roots do not have root hairs.A  Ferns can mostly only grow in moist places because they only have a relatively small surface area through which they absorb water and minerals. It follows that the morphology (structure) and physiology (functioning) of herbivores and carnivores are quite different. Nevertheless, many metabolic studies of free-living and parasitic nematodes (Bolla, 1980) have allowed us to gain deeper insights into the complex biochemical events that underpin the life of C. This transgenic strain was slightly longer-lived and stress-resistant, but showed reduced fecundity. Rothstein (1965) identified several amino acids as excretion products of axenic populations of C.
Wright (1975a; 1975b) found evidence for a functional urea cycle of low activity, and excretion of urea in P. Cooper and van Gundy (1970) observed that the Caenorhabditis species rapidly metabolized glycogen when starved. The exponential decline of metabolic parameters, such as CO2 production, was not found in Drosophila (Promislow and Haselkorn, 2002).
The reasons for the discrepancy in the enzyme activity and the amount of detectable metabolite are not understood.
Unlike wild-type animals, hif-1 mutants survive poorly in the range of 0.5 - 1% oxygen (Shen and Powell-Coffman, 2003). 8, 2012 I had a live blood microscopy with Rick Panson, a microbiologist, at the Live-Live store in NYC. We need to look a little deeper for further explanations of crushing exhaustion and slow recovery time. It is theorised that the mitochondria, which has its own DNA (different from that of our own cells) may have been a separate organism very early in the evolutionary process.
The end stage of cellular respiration produces the chemical adenosine triphosphate commonly known as ATP.
The recycling process requires energy, however the energy used to rebuild ADP to ATP is less than the energy created when an ATP bond is broken.
The process of switching from aerobic to anaerobic respiration is essential to supply energy to cells (mainly skeletal muscle cells) when we cannot obtain sufficient oxygen to the cells.
We all remember our muscles aching or burning the morning after returning to the gym for the first time or when we used those muscles we didn’t know existed.
This process adds to the burden of the liver by increasing the potential for liver toxicity. Great to use, very comforting, it also helps to know that there are people who take M.E seriously enough to design something so helpful.
Inset at right: a micrograph of a prototype, showing the metal layers of the anode (central electrode) and cathode contact (outer ring) patterned on a silicon wafer.
Since only a small fraction of the available power is utilized by the glucose fuel cell, the impact on the brain’s function would likely be small. This type of herpes virus is also the common cause for a person to develop blisters their face and cold sores. Always make sure that you wash your hand thoroughly if you come in contact with this virus.
All cases of herpes of the eye should be treated case by case because some of the treatments could just aggravate the outbreak. These compounds are utilized as energy sources by Caenorhabditis, since comparable results were obtained when they were replaced with various carbohydrate supplements.
Dauer larvae rely on their lipid reserves for long-term survival (O'Riordan and Burnell, 1990). This pathway oxidizes glucose to generate pentoses, CO2 and reduced NADP and is important for maintaining the cellular redox balance. Note that LDH activity is increased in hypoxia only; LDH expression level is lowered in the dauer stage.
Recently, Ventura and Rea (2007) showed that only a small window of mitochondrial dysfunction might lead to longevity in C. Worm populations survived and appeared healthy after 50 generations of continuous exposure to 100% (91 kPa) oxygen. In this range of oxygen concentration, animals decrease oxygen consumption, but continue to grow and reproduce. Responses of Caenorhabditis elegans (Nematoda: Rhabdiditae) to thermal stress and oxygen deprivation.
The AMP-activated protein kinase aak-2 links energy levels and insulin-like signals to lifespan in C. To do this we will look down to the cellular level and the function of an organelle (cell compartment) called the mitochondria.
These organelles could have entered early cell forms, resulting in a symbiotic relationship to benefit both the cell and organelle.
This chemical is the predominant cellular fuel and cellular energy is created by breaking a chemical bond reducing ATP to ADP (Adenosine Diphosphate). A substance known as Reactive Oxygen Species (ROS) is created, more commonly known as a free radical. Cells have adapted to protect themselves from this process and use antioxidant molecules as a safeguard against free radical damage.
For example long distance running will switch between the two respiration processes and running on a sprint will switch to anaerobic respiration when oxygen demand cannot be met.
This pain is the result of lactic acid production these painful sensations will reduce as our muscles increase cell growth (increasing mitochondria) through training and fitness. Due to mitochondrial compromised cells and poor detoxification potential the lactic acid may not be removed adequately resulting in lactic acid remaining in the cells for longer periods, causing prolonged periods of pain.


When the mitochondria’s DNA mechanism becomes impaired errors are produced by the damaged DNA leading those damaged cells to produce more genetic variations. Of that twenty-five million people, approximately fifty thousand will have either a flare-up or infection each year. It is not totally understood what the cause is for HSV type 1 to develop but it thought to be that many people are exposed in early life to this type of virus with or without having any symptoms of this virus. There is no known cure for herpes of the eye and treatment is used to help control the outbreak you have.
Lu and Goetsch (1993) found that glucose and glycogen, followed by trehalose, fructose and sucrose can be utilized as energy sources. Food restriction activates SKN-1 in both ASI neurons, which signal peripheral tissues to increase metabolic activity (Bishop and Guarente, 2007). Lipid utilization is needed for prolonged survival, but at least 5 kPa external O2 is required (Cooper and Van Gundy, 1970).
Thus HIF-1 is required for adaptation to hypoxia but not anoxia, where the worms enter a state of suspended animation (Padilla et al., 2002). He spent an hour going over what he saw in my blood as well as giving me pointers that would move me into a greater state of health. These molecules are harmful because they react with other cell molecules stripping them of electrons (electrons like to be in pairs). Poor gene expression can also lead to an increase in oxidative stress and free radical damage, resulting in a severely compromised cell; a cell that can eventually die. This illustrates the importance of immediate action to reduce cell damage and extra burden on the liver.
The physician may prescribe an antiviral eye drop or topical ointments to help reduce any scarring or damage to your eye. PHA-4 increases the transcription of several superoxide dismutase (sod) genes (Panowski et al., 2007). Antioxidants are able to do this by donating an electron, restoring balance to molecules and the cellular system, thus preventing a negative cascading effect. In the United States it is one of the most common infectious reasons for corneal blindness. It is also not known what causes the outbreak of this herpes virus but if you have an immune system that is weakened you are more susceptible to having outbreaks. It is one thing to have lab work and testing, and quite another to witness firsthand what is transpiring in your blood. If it is necessary the physician may scrape or brush the affected areas of your cornea with a cotton swab to remove manually the affected cells. Carbon monoxide can protect embryos and hif-1 mutants from hypoxic damage by inhibiting respiration and inducing suspended animation (Nystul and Roth, 2004). Some of the reasons that the herpes simplex virus type 1 can be reactivated may include mental stress, exposure to the sun, or sickness.
Anoxic conditions also induce upregulation of several globin genes and this effect requires HIF-1 and DAF-2 (Hoogewijs et al., 2007). At the bottom of the page are images that various people suffering with Morgellons graciously contributed to this site.A note on the photos. Rick provided me with photos for this page and I've filled in some of the gaps with screen grabs taken from the video that was taping our session.Nov. There are several stages of microorganisms? here which include yeast, bacteria and fibrin, fungus and mold.
In the background are 'shadow cells' which were healthy red blood cells that 'popped' due to the loss of their phospolipid membranes. This can occur from an acid producing diet, and poor assimilation of nutrients.Rick's comments "Healthy blood cells will be perfectly round, nice and dark with a glowing halo around them. Usually, if they have enough moisture inside them they are fully round because there is more pressure inside the cell then outside.""These 'shadow' or ghost cells were once perfectly healthy cells, you can see by their shape and color that they were—and they've now disappeared into the background.
Every cell in the body has a double membrane of fat made up of phospholipids, a two layer membrane. The acids can disentegrate the cell membrane as well as when your body ferments sugar, alcohol is the byproduct, and alcohol can easily melt the cell membrane.""Whatever is happening in the blood cells is happening to the rest of the body.
Clotted mass of blood cells due to changes in the cells polarity, loss of natural negative electrical charge. When there are this many cells and this little water, we are looking at the hydration level of the body.
These nets act as a defense mechanism for the bacteria so that the white blood cells can't get to them. There is no doubt that that is not part of normal healthy blood, and it's way bigger then what I think could survive in your cardiovascular system without being filtered out by your filter organs.
That's why I don't think it's a fiber, per se, because it's so big compared to everything else. From a biology point of view, my best guess is that it would be a contaminent that has nothing to do with you. The red blood cells are fermenting as the yeast eats the cell itself.Above: Neutrophils You go guys! The other arrow is free-floating yeast, and you can see there is quite a bit of it in the blood. Sodium bicarbonate (baking soda) is the most important and most effective alkalizer your body makes to try and keep alkaline balance. This is not the greatest water filter but what it does is alkaline the water, so instead of drinking water that is pH 5 or 6, one is drinking water with a pH of 8-10 giving the body a running start on staying alkaline. The benefits of this water are it's antioxidant properties which nullify free radical scavengers, plus the extra oxygen in the water is supposed to give energy and boost alertness and memory.Candida detox Next on the plate is to tackle the candida with capyrilic acid and olive leaf extract (for about 2 months). I'm just going to take the recommended dosages on the bottles adding in one teaspoon of l-glutamine powder per day. The glutamine assists in strengthening the gut wall and helps patch any holes left by the yeast (which could lead to leaky gut syndrome and the problems it leads to, such as food allergies and parasites) Respiration "The biggest acid you make everyday is carbonic acid. Every cell in your body is producing carbon dioxide from the bottom of your feet to the top of your head that is also surrounded by water and the carbon dioxide plus water makes carbonic acid, that's a very simple thing to keep in mind. By looking for acid based balance the amount of acid produced per day must be equal to the amount excreted or nutralized per day.
The thing that is happening is, if your body can't neutralize or eliminate the acid you stay at that level, you can't go beyond that level of health. You are taking the chest cavity, ribs and the lungs and trying to get them to be fantastic. Do 10 deep breaths a day 3x's a day (with long exhalation), in one month you are going to have a respiratory function that is 10%-15% better then you have now. Which means 10%-15% more energy and 10-15% less fermentation because fermentation only takes place where there is no oxygen. It's the greatest tool you have and it's free."Alkalizing with baking soda "The methods of getting rid of acidity from the body are respiration, perspiration, defecation and urination. Rick gave me a great little tool (from the vet) that allows me to carry the soda in my back pocket making it more convienient to take.
This is problematic for those of us taking supplements upon rising which are not supposed to be taken with clay. However, I'm trying to fit it in somewhere along the line.Magnesium oxide also called Oxy-Mag (NOW makes it). The process of oxygenating the bowel breaks down and eliminates solidified waste lodged in the large and small intestines.
Beware, if you take it (up to one teaspoon at night in water with the juice of 1-2 lemons), you must leave time the next morning to eliminate fully. Rick says that eventually this watery stool will cease when the body is cleaned of accumulated waste. I try and do this once a week.Food During our session together I became increasingly confused about food.
All those veggies will eventually turn to sugar so they have to be balanced out with oils and proteins.
I was told by Nancy that each meal should have a carb, oil and protein and have been following that for some time.
Rick has said the same thing and suggested I start the day with a chia smoothie."The perfect breakfast would be 2 tablespoons of chia seeds, ground to be chia meal with 2 tablespoons of chlorophyl, (spirulina, chlorella or grass powders (greener grasses, alkavision greens). Ground flax seeds can be added." "Chlorophyll is very cleansing and is a blood builder and it has a molecular structure that looks almost identical to red blood cells. When you take the chia seed and the flax seeds which are 28% protein 40-50% omega 3 fatty acids, that's very little carbohydrate there.
The greens are 100% carbohydrate and when you mix them together, now you have carbs that burn like paper and you've got fats and oils, with proteins that don't really burn. The fats and oils are like the charcoal—now you have a sustained burn going on and then you don't ferment the sugars because the coal, the fatty acids, are there. So that breakfast with the chia seeds or flax seeds, or both, and any of those chlorophyls you are using can be a very beneficial superfood breakfast. They time release and give it back to you so you have have nice long sustained energy with oils, proteins and carbs all day.
You'd be surprised, you don't need a lot of food, what you need is the right food."Rick suggested the more chia seeds used, the less hungry one will be.
In fact, chia seeds have the highest known whole-food source levels of Omega-3 acids, as measured by percent of weight.• ?Rich In Antioxidants.
Chia is a great natural source of antioxidants, including chlorogenic acid, caffeic acid, myricetin, quercetin and flavonols.• Full of Important Nutrients. Chia is an excellent source of calcium, phosphorus, magnesium, potassium, iron, zinc and copper. About five percent of this fiber is soluble, which can help reduce cholesterol.•  Builds Endurance. Chia builds stamina and endurance because it steadily releases slow-burning glucose into the bloodstream.• ?Gluten-Free.
Since essential amino acids are not produced by the body, it's important to get amino acids from nutrient-rich sources like chia seeds.
Research suggests leucine may help regulate blood sugar levels and aid in muscle recovery after exercise.• ?Stays Fresh. 16, 2012 • 2nd Live blood microscopyI saw Rick for a second live blood analysis on November 16, 2012.
No ghost cells, no rouleax or sticky blood, the red blood cells are fuller, look stronger and are hydrated. Candida has been greatly reduced in just 2+ months.?The treatment of olive leaf extract, caprylic acid and l-glutamine powder as per his suggestion for candida is working. I began addressing it by taking one capsule of both the olive leaf and caprylic acid plus one heaping tsp. After I was sure I had no reactions to this, upped the dosage to 2 caps of each with one tsp. That is not to say that the Morgellons has been effected, we saw two fibers in the dried blood samples. There seemed to me to be more bacteria in the blood and the white blood cells although they are strong and were very active were not plentiful. I attribute the lower level of white blood cell activity to the fact that I was more sedentary these past two months then normally due to a foot problem that kept me off it.
Rick suggested that I do lymphatic drainage work using a brush or mitt, followed by getting on a rebounder to jumpstart the lymph moving. He feels that getting the lymphatics going will produce more white blood cells to remove the bacteria from the blood.The chia seeds in the morning are wonderful.
Rick suggests way to activate more white blood cell activity by way of the lymphatic system.



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