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These fibers have left the spinal cord to enter the phrenic nerve order diclofenac gel from india, meaning that spinal cord damage below the mid-cervical level is not fatal by making ventilation impossible purchase 20 gm diclofenac gel with visa. Therefore discount diclofenac gel 20gm with visa, the visceral fibers from the diaphragm enter the spinal cord at the same level as the somatosensory fibers from the neck and shoulder purchase 20 gm diclofenac gel. The diaphragm plays a role in Kehr’s sign because the spleen is just inferior to the diaphragm in the upper-left quadrant of the abdominopelvic cavity. The visceral sensation is actually in the diaphragm, so the referred pain is in a region of the body that corresponds to the diaphragm, not the spleen. Efferent Branch The efferent branch of the visceral reflex arc begins with the projection from the central neuron along the preganglionic fiber. The effector organs that are the targets of the autonomic system range from the iris and ciliary body of the eye to the urinary bladder and reproductive organs. The sacral component picks up with the majority of the large intestine and the pelvic organs of the urinary and reproductive systems. A long reflex has afferent branches that enter the spinal cord or brain and involve the efferent branches, as previously explained. A short reflex is completely peripheral and only involves the local integration of sensory input with motor output (Figure 15. The short reflex involves the direct stimulation of a postganglionic fiber by the sensory neuron, whereas the long reflex involves integration in the spinal cord or brain. Because the efferent branch of a visceral reflex involves two neurons—the central neuron and the ganglionic neuron—a “short circuit” can be possible. A division of the nervous system that is related to the autonomic nervous system is the enteric nervous system. The word enteric refers to the digestive organs, so this represents the nervous tissue that is part of the digestive system. There are a few myenteric plexuses in which the nervous tissue in the wall of the digestive tract organs can directly influence digestive function. If stretch receptors in the stomach are activated by the filling and distension of the stomach, a short reflex will directly activate the smooth muscle fibers of the stomach wall to increase motility to digest the excessive food in the stomach. That neuron, connected to the smooth muscle, is a postganglionic parasympathetic neuron that can be controlled by a fiber found in the vagus nerve. Why would the heart have to beat faster when the teenager changes his body position from lying down to sitting, and then to standing? Balance in Competing Autonomic Reflex Arcs The autonomic nervous system is important for homeostasis because its two divisions compete at the target effector. The balance of homeostasis is attributable to the competing inputs from the sympathetic and parasympathetic divisions (dual innervation). At the level of the target effector, the signal of which system is sending the message is strictly chemical. A signaling molecule binds to a receptor that causes changes in the target cell, which in turn causes the tissue or organ to respond to the changing conditions of the body. Competing Neurotransmitters The postganglionic fibers of the sympathetic and parasympathetic divisions both release neurotransmitters that bind to receptors on their targets. For any given target, the difference in which division of the autonomic nervous system is exerting control is just in what chemical binds to its receptors. At most of the other targets of the autonomic system, the effector response is based on which neurotransmitter is released and what receptor is present. For example, regions of the heart that establish heart rate are contacted by postganglionic fibers from both systems. If norepinephrine is released onto those cells, it binds to an adrenergic receptor that causes the cells to depolarize faster, and the heart rate increases. Without this parasympathetic input, the heart would work at a rate of approximately 100 beats per minute (bpm). Photoreceptors are activated, and the signal is transferred to the retinal ganglion cells that send an action potential along the optic nerve into the diencephalon. If light levels are low, the sympathetic system sends a signal out through the upper thoracic spinal cord to the superior cervical ganglion of the sympathetic chain. The postganglionic fiber then projects to the iris, where it releases norepinephrine onto the radial fibers of the iris (a smooth muscle). If light levels are too high, the parasympathetic system sends a signal out from the Eddinger–Westphal nucleus through the oculomotor nerve. The output of the sympathetic system projects through the superior cervical ganglion, whereas the parasympathetic system originates out of the midbrain and projects through the oculomotor nerve to the ciliary ganglion, which then projects to the iris. The postganglionic fibers of either division release neurotransmitters onto the smooth muscles of the iris to cause changes in the pupillary size. It is a homeostatic reflex mechanism that keeps the activation of photoreceptors within certain limits. In the context of avoiding a threat like the lioness on the savannah, the sympathetic response for fight or flight will increase pupillary diameter so that more light hits the retina and more visual information is available for running away. Likewise, the parasympathetic response of rest reduces the amount of light reaching the retina, allowing the photoreceptors to cycle through bleaching and be regenerated for further visual perception; this is what the homeostatic process is attempting to maintain. The pupillary light reflex involves sensory input through the optic nerve and motor response through the oculomotor nerve to the ciliary ganglion, which projects to the circular fibers of the iris. As shown in this short animation, pupils will constrict to limit the amount of light falling on the retina under bright lighting conditions. Autonomic Tone Organ systems are balanced between the input from the sympathetic and parasympathetic divisions. When something upsets that balance, the homeostatic mechanisms strive to return it to its regular state. For each organ system, there may be more of a sympathetic or parasympathetic tendency to the resting state, which is known as the autonomic tone of the system. Because the resting heart rate is the result of the parasympathetic system slowing the heart down from its intrinsic rate of 100 bpm, the heart can be said to be in parasympathetic tone. In a similar fashion, another aspect of the cardiovascular system is primarily under sympathetic control. Blood pressure is partially determined by the contraction of smooth muscle in the walls of blood vessels. These tissues have adrenergic receptors that respond to the release of norepinephrine from postganglionic sympathetic fibers by constricting and increasing blood pressure. The hormones released from the adrenal medulla—epinephrine and norepinephrine—will also bind to these receptors. Those hormones travel through the bloodstream where they can easily interact with the receptors in the vessel walls. The parasympathetic system has no significant input to the systemic blood vessels, so the sympathetic system determines their tone. It does not have an overall effect on blood pressure to alter the tone of the vessels, but rather allows for blood flow to increase for those skeletal muscles that will be active in the fight-or-flight response. The blood vessels that have a parasympathetic projection are limited to those in the erectile tissue of the reproductive organs. Acetylcholine released by these postganglionic parasympathetic fibers cause the vessels to dilate, leading to the engorgement of the erectile tissue. This is because, for one reason or another, blood is not getting to your brain so it is briefly deprived of oxygen. When you change position from sitting or lying down to standing, your cardiovascular system has to adjust for a new challenge, keeping blood pumping up into the head while gravity is pulling more and more blood down into the legs. The reason for this is a sympathetic reflex that maintains the output of the heart in response to postural change. Both changes will make it possible for the cardiovascular system to maintain the rate of blood delivery to the brain. Blood is being pumped superiorly through the internal branch of the carotid arteries into the brain, against the force of gravity. Gravity is not increasing while standing, but blood is more likely to flow down into the legs as they are extended for standing. This sympathetic reflex keeps the brain well oxygenated so that cognitive and other neural processes are not interrupted.

All gas lines leading from a compressed gas Cylinders containing acetylene should never be supply should be clearly labeled to identify the stored on their side purchase diclofenac gel amex. The labels should be color coded to distinguish hazardous gases (such as flammable cheap 20 gm diclofenac gel visa, toxic discount diclofenac gel 20gm on-line, or Oxygen cylinders cheap diclofenac gel on line, full or empty, shall not be corrosive substances). The proper storage for oxygen cylinders requires Signs should be conspicuously posted in areas that a minimum of 50 feet be maintained between where flammable compressed gases are stored, flammable gas cylinders and oxygen cylinders or identifying the substances and appropriate the storage areas be separated. After the regulator is attached, the cylinder valve should be opened just enough to indicate pressure on the regulator gauge (no more than one full turn) and all the connections checked with a soap solution for leaks. When the cylinder needs to be removed or is empty, all valves shall be closed, the system bled, and the regulator removed. The valve cap shall be replaced, the cylinder clearly marked as “empty,” and returned to a storage area for pickup by the supplier. Always use safety glasses (preferably with a face shield) when handling and using compressed gases, especially when connecting and disconnecting compressed gas regulators and lines. Eye Eye Shield Clear Choice Eye Shields Face Shield Foam Face Shield & Face Shields fitInstructions for Use over eyeglasses Step 3: Step 1 Pull plastic tab andAlso available with green comfortably. Foam Face Shield 40 Start with the center post, then snap the remaining two holes onto the outside posts. Basic GreenLine™ blades are made of lightweight stainless steel and feature a replaceable fiber light bundle. Super-G German profile blades are crafted of 303/304 surgical stainless steel and feature a large, integrated fiber bundle for easier cleaning. Disposable Laryngoscope Blades • Compatible with Green Series reusable handles • Blades are manufactured of polycarbonate • Handle features a metal reinforced lock-on assembly Latex Free Order # Order # Description (10/pkg. Commonly gels complications seen during the perioperative or ointments can lead to irritation of the eyes in period. This can occur during general A cost effective and time saving product is now anesthesia as well as regional or mac anesthesia available to protect your patients’ eyes during cases. It takes just seconds to peel the having general anesthesia do not close their EyeGard off the backing paper and apply, saving eyes naturally. The EyeGard comes in adult and especially the corneal layer dries out as the and pediatric sizes and is also available in a patient is not blinking to irrigate the eye. Also less sticky gentle version and an extended wear neuromuscular agents as well as propofol impact version. Just recently introduced is a laser safe version Without some form of protection it is likely that of the EyeGard, featuring a flexible foil eye one of every four patients will suffer corneal cover with paper backing and adhesive edges to abrasion. The tendency as a patient awakes completely block the possibility of light entering from anesthesia is to rub the eyes. This serves two is wearing a fingertip pulse oximeter clip it is functions: it keeps the eye securely closed and very possible that rubbing with the index finger protects from any damage from the laser. One solution to this particular issue is For additional protection against any item to place the clip on the 4th finger which is not which could fall into the eye, consider the Bat typically used to scratch. This is an eye protector with comfortable cushioned foam backing with rigid clear plastic Most corneal abrasions are seen in surgeries protective eye covers. The most effective and cost helpful when a patient is in a prone position to effective is to tape the lids shut immediately prevent pressure on the eyes. It is also a challenge to the anesthesiologist to manage taping the eye with sticky tape while having gloved hands. Order# Description Qty S2020 Adult 50 pairs per box S2020-P Pediatric 50 pairs per box S2020-M Sensitive 50 pairs per box S2020-E Extended wear 50 pairs per box Pediatric size available S2020-L Laser 25 pairs per box Bat Mask New cushioned backing and easy pull tab! Protect your patient’s eyes during general anesthesia against corneal abrasion, lacerations and scleral hemorrhage with the Bat Mask eye cover. This rigid, clear plastic protective cover is supplied with a non-allergenic self-adhesive foam cushion for fast and accurate application. Nitrogen, helium, argon Obtaining a gas sample: To obtain a sample of the gas to be measured and monitored, the patient’s exhaled gas or the gas in the patient’s breathing circuit of an anesthetized patient must be collected. The methods utilized depend upon the following factors: Is the patient sedated – using nasal prongs (cannulas) or a face mask, or is the patient For the sedated patient: intubated? In this case a connector is placed in the circuit which is connected to a small bore tubing (gas sampling line) that is then connected to the gas inlet of the monitor. The results are displayed on the monitor in a graphical waveform plus numerical values of the measured gases. The “monitor” end can be a female luer, Understanding Anesthesia Equipment Edition 4, male luer, plain or a proprietary connector. Identify those practices and procedures used to apply appropriate infection control practices during the containment and disposal of to anesthesia machine systems, ancillary regulated waste materials. Minimize the risk of exposure to infection disinfection and sterilization procedures to certain for each patient and provider. His plan divided equipment, instruments, potentially infectious material on or in and other device-related surfaces into categories anesthesia equipment and components is based on the degree of risk of infection involved not transferred from one patient to another, in their use. Identify those parts of the anesthesia machine system, ancillary instruments, and components of medical devices that do and do not come in contact with a patient to protect patients and personnel from risks of exposure to infection. Provide appropriate guidance in identifying pathogen-exposed components of the anesthesia machine system, ancillary instruments, and medical devices used during anesthesia procedures. Identify all processes used for decontamination of each component by cleaning, disinfecting, and sterilizing, as recommended by the manufacturer of each respective device or product. Emphasize the importance of pre- use inspection and testing of anesthesia equipment following any process of cleaning, decontamination or sterilization that requires any part or component to be disassembled and reassembled prior to its use. Identify housekeeping practices and procedures to ensure that all work surfaces of machines, monitors, carts, and furniture are maintained in a clean and sanitary condition. Critical Risks: Items that enter a sterile area Exterior surfaces of anesthesia equipment, of the body or the vascular system must be monitors, carts, and tables should be cleaned sterile at the time of use. Examples of critical after each patient procedure and require terminal devices include, but are not limited to, disinfection at the end of the day or when they needles, catheters, tubing, stopcocks, and are visibly contaminated with blood or body fluids. Products and devices Before selecting the decontamination process used in the performance of regional to be used, care must be given to follow the anesthesia techniques are also classified as manufacturer’s recommendation on the proper critical risk items. Semicritical Risks: Items that come in contact appropriate for the instrument, device, or surface with mucous membranes should be sterile to be reprocessed. Examples include laryngoscope blades; fiberoptic laryngoscope systems; Magill forceps and stylets; and reusable temperature probes, esophageal catheters, breathing circuits, and masks. Noncritical Risks: Items that do not make contact with the patient and items that touch intact skin should be processed to establish an intermediate or low-level of disinfection. Environmental Surfaces: Environmental surfaces include medical equipment surfaces, such as knobs, handles, and carts, and housekeeping surfaces, such as floors, walls, and table tops. Cleaning with warm water and detergent or using an intermediate or low-level disinfectant will achieve a safe level of decontamination for items listed in this category. As shown in Figure 3, there are three steps in a decontamination plan: Step 1 applies to items requiring decontamination with detergent and water only. Basic GreenLine™ blades are made of lightweight stainless steel and feature a replaceable fiber light bundle. Super-G German profile blades are crafted of 303/304 surgical stainless steel and feature a large, integrated fiber bundle for easier cleaning. GreenLine battery operated handles come in 6 sizes ranging from extra-large to micro-mini to accommodate virtually all providers in all situations. The most common reaction to latex prod- product manufactured from a milky fluid derived ucts is irritant contact dermatitis – the develop- from the rubber tree, Hevea brasiliensis. The amount of latex exposure dermatitis (sometimes called chemical sensitivity needed to produce sensitization or an allergic dermatitis) results from the chemicals added to reaction is unknown. Increasing the exposure latex during harvesting, processing, or manufac- to latex proteins increases the risk of developing turing. Neither irritant con- toms usually begin within minutes of exposure, tact dermatitis nor chemical sensitivity dermatitis but they can occur hours later and can be quite is a true allergy. Health care workers are at risk of develop- ing latex allergy because they use latex gloves Latex-Free Carts frequently. Workers with less glove use (such as housekeepers, hairdressers, and workers in All hospitals should have available latex-free industries that manufacture latex products) are carts. Contact Detecting symptoms early, reducing exposure to the American Latex Allergy Association for more latex, and obtaining medical advice are important information. Certain medi- What is the well-stocked “latex safe” cart cations may reduce the allergy symptoms, but sporting these days? Perry, Article Display “A savvy guide to the latex-safe cart,” Heath Facilities Management 1-800-325-3671 • www.

Internal quality control Program designed to verify the validity of program laboratory test results that is followed as part of the daily laboratory operations purchase generic diclofenac gel. Intrinsic factor A glycoprotein secreted by the parietal cells of the stomach that is necessary for binding and absorption of dietary vitamin B12 buy diclofenac gel 20 gm with visa. Ischemia Deficiency of blood supply to a tissue order diclofenac gel with visa, caused by constriction of the vessel or blockage of the blood flow through the vessel cheap 20gm diclofenac gel free shipping. Jaundice Yellowing of the skin, mucous membranes, and the whites of the eye caused by accumulation of bilirubin. Karyorrhexis Disintegration of the nucleus resulting in the irregular distribution of chromatin fragments within the cytoplasm. Involved in several activities such as resistance to viral infections, regulation of hematopoiesis, and activities against tumor cells. Knizocytes An abnormally shaped erythrocyte that appears on stained smears as a cell with a dark stick- shaped portion of hemoglobin in the center and a pale area on either end. Large granular Null cells with a low nuclear-to-cytoplasmic ratio, lymphocyte pale blue cytoplasm, and azurophilic granules. Leukemia A progressive, malignant disease of the hematopoietic system characterized by unregulated, clonal proliferation of the hematopoietic stem cells. Leukemic hiatus A gap in the normal maturation pyramid of cells, with many blasts and some mature forms but very few intermediate maturational stages. Eventually, the immature neoplastic cells fill the bone marrow and spill over into the peripheral blood, producing leukocytosis (e. Leukemoid reaction A transient, reactive condition resulting from certain types of infections or tumors characterized by an increase in the total leukocyte count to greater than 25 X 109/L and a shift to the left in leukocytes (usually granulocytes). Leukoerythroblastic A condition characterized by the presence of reaction nucleated erythrocytes and a shift-to-the-left in neutrophils in the peripheral blood. Lupus-like anticoagulant A circulating anticoagulant that arises spontaneously in patients with a variety of conditions (originally found in patients with lupus erythematosus) and directed against phospholipid components of the reagents used in laboratory tests for clotting factors. The nucleus is usually round with condensed chromatin and stains deep, dark purple with romanowsky stains. These cells interact in a series of events that allow the body to attack and eliminate foreign antigen. Lymphocytic leukemoid Characterized by an increased lymphocyte reaction count with the presence of reactive or immature- appearing lymphocytes. Reactions are associated with whooping cough, chickenpox, infectious mononucleosis, infectious lymphocytosis, and tuberculosis. Lymphocytosis An increase in peripheral blood lymphocyte concentration (>4 X 109/L in adults or >9 X 109/ L in children). Lymphoma classification Division (grading) of lymphomas into groups, each with a similar clinical course and response to treatment. Marginating pool The population of neutrophils that are attached to or marginated along the vessel walls and not actively circulating. This parameter will correlate with the extent of chromasia exhibited by the stained cells and is calculated from the hemoglobin and hematocrit. Megakaryocyte A large cell found within the bone marrow characterized by the presence of large or multiple nuclei and abundant cytoplasm. Megaloblastic Asynchronous maturation of any nucleated cell type characterized by delayed nuclear development in comparison to the cytoplasmic development. The abnormal cells are large and are characteristically found in pernicious anemia or other megaloblastic anemia. Microenvironment A unique environment in the bone marrow where orderly proliferation and differentiation of precursor cells take place. Mixed lineage acute An acute leukemia that has both myeloid and leukemia lymphoid populations present or blasts that possess myeloid and lymphoid markers on the same cell. Monoclonal An alteration in immunoglobulin production that gammopathies is characterized by an increase in one specific class of immunoglobulin. Monocyte-macrophage A collection of monocytes and macrophages, system found both intravascularly and extravascularly. Morulae Basophilic, irregularly shaped granular, cytoplasmic inclusions found in leukocytes in an infectious disease called ehrlichiosis. Mosaic Occurs in the embryo shortly after fertilization, resulting in congenital aberrations in some cells and some normal cells. The cell is associated with chronic plasmocyte hyperplasia, parasitic infection, and malignant tumors. In instances where large sequences of nucleotides are missing, the alteration is referred to as a deletion. Myelofibrosis with A myeloproliferative disorder characterized by myeloid metaplasia excessive proliferation of all cell lines as well as progressive bone marrow fibrosis and blood cell production at sites other than the bone marrow, such as the liver and spleen. Myeloid-to-erythroid ratioThe ratio of granulocytes and their precursors to (M:E ratio) nucleated erythroid precursors derived from performing a differential count on bone marrow nucleated hematopoietic cells. Myeloperoxidase An enzyme present in the primary granules of myeloid cells including neutrophils, eosinophils, and monocytes. Myelophthisis Replacement of normal hematopoietic tissue in bone marrow by fibrosis, leukemia, or metastatic cancer cells. Seen in bacterial infections, inflammation, metabolic intoxication, drug intoxication, and tissue necrosis. Normal pooled plasma Platelet-poor plasma collected from at least 20 individuals for coagulation testing. The plasma is pooled and used in mixing studies to differentiate a circulating inhibitor from a factor deficiency. Nuclear-cytoplasmic A condition in which the cellular nucleus matures asynchrony slower than the cytoplasm, suggesting a disturbance in coordination. As a result, the nucleus takes on the appearance of a nucleus associated with a younger cell than its cytoplasmic development indicates. Nuclear-to-cytoplasmic The ratio of the volume of the cell nucleus to the ratio (N:C ratio) volume of the cell’s cytoplasm. This is usually estimated as the ratio of the diameter of the nucleus to the diameter of the cytoplasm. Nucleus (pl: nuclei) The characteristic structure in the eukaryocytic cell that contains chromosomes and nucleoli. Most oncogenes are altered forms of normal genes that function to regulate cell growth and differentiation. Optimal counting area Area of the blood smear where erythrocytes are just touching but not overlapping; used for morphologic evaluation and identification of cells. Orthochromatic A nucleated precursor of the erythrocyte that normoblast develops from the polychromatophilic normoblast. Osmotic fragility A laboratory procedure employed to evaluate the ability of erythrocytes to withstand different salt concentrations; this is dependent upon the erythrocyte’s membrane, volume, surface area, and functional state. Pelger-Huët anomaly An inherited benign condition characterized by the presence of functionally normal neutrophils with a bilobed or round nucleus. Peripheral membrane Protein that is attached to the cell membrane by protein ionic or hydrogen bonds but is outside the lipid framework of the membrane. Petechiae Small, pinhead-sized purple spots caused by blood escaping from capillaries into intact skin. Phagocytosis Cellular process of cells engulfing and destroying a foreign particle through active cell membrane invagination. Phagolysosome A digestive vacuole (secondary lysosome) formed by the fusion of lysosomes and a phagosome. Phase microscopy A type of light microscopy in which an annular diaphragm is placed below or in the substage condenser, and a phase shifting element is placed in the rear focal plane of the objective. This causes alterations in the phases of light rays and increases the contrast between the cell and its surroundings. Phenotype The physical manifestation of an individual’s genotype, often referring to a particular genetic locus. Plasma cell A transformed, fully differentiated B lymphocyte normally found in the bone marrow and medullary cords of lymph nodes. May be seen in the circulation in certain infections and disorders associated with increased serum γ-globulins. The cell is characterized by the presence of an eccentric nucleus containing condensed, deeply staining chromatin and deep basophilic cytoplasm. The large Golgi apparatus next to the nucleus does not stain, leaving an obvious clear paranuclear area.

Don’t force the thermometer 10) If resistance is felt during inserting order generic diclofenac gel from india, withdraw the thermometer immediately cost of diclofenac gel. Never force the thermometer 11) Hold thermometer in place for 2 seconds or according to agency policy 12) Carefully remove thermometer order diclofenac gel 20gm online, discard plastic sleeve cover in appropriate container buy diclofenac gel overnight delivery, and wipe off any remaining secretions with clean tissue. Gently rotate until scale appears 14) Wipe client’s anal area with soft tissue to remove lubricant or feces and discard tissue. It is believed that when the patient is flat in bed, respiration often is more free and turning is easier, advantages that are important in the prevention of respiratory complications. Prone Position: In the prone position, the client lies on the abdomen with the head turned to one side. Both children and adults often sleep in this position, sometimes with one or both arms flexed over their heads (Figure 34­16). When used periodically, the prone position helps to prevent flexion contractures of the hips and knees, thereby counteract­ing a problem caused by all other bed positions. The prone position also promotes drainage from the mouth and is especially useful for unconscious clients or those clients recovering from surgery of the mouth or throat. Fowler’s Position: Off all the positions prescribed for a patient, perhaps the most common, as well as the most difficult to maintain is the Fowler’s position. The patient’s with abdominal drainage usually are put in Fowler’s position as soon as they have recovered conciousness, but great caution must be observed in raising the bed. Hand washing is a vigorous, brief rubbing together of all surfaces of hands lathered in soap, followed by rinsing under a stream of water. The purpose is to remove soil and transient organisms from the hands to reduce to microbial counts over time. Situation for hand washing: Garnerand Favero recommend that nurses wash hands in the following situations. Medical Hand Washing Equipments: 1) Easy to reach sink with warm running water 2) Antimicrobial soap / Regular soap. Use circular movements to wash palms, back of hands, wrists, forearms and interdigital spaces for 20­25 Seconds. Ask the assisting nurse to bring the gown over shoulders 3) The assisting nurse fastens the ties at the neck. Assess the patients for following: § Muscle strength § Joint mobility and contracture formation(arthritis) § Paralysis or paresis § Orthostatic hypotension(risk of fainting) § Activity tolerance § Level of comfort(pain) § Vital signs 2. Assess the patients sensory status § Adequacy of central and peripheral vision § Adequacy of hearing § Loss of peripheral sensation § Cognitive status 3. Assess for any contra indications to lift or transfer § Check for the doctors order § Assess patients level of motivation § Patients eagerness § Whether patient avoids activity § Assess previous mode of transfer § Assess patients specific risk for falling when transferred § Assess special equipments needed to transfer § Assess for safety hazards § Perform hand hygiene § Explain procedure to patient § Transfer the patient After care: § Following each transfer assess the patients body alignment, tolerance, fatigue, comfort § If the patient is transferred to bed after transfer, side rails are raised 41 § If the patient is transferred to wheel chair the brakes are released before moving the patient § Record the procedure accurately. The patients performance is also recorded § Any difficulty of disruption occurred during the transfer is also recorded with date and time § The patients comfort, vital signs are all recorded Procedure: § Transferring a patient from a bed to stretcher § An immobilized patient who must be transferred from a bed to a stretcher requires a three person carry or two person carry § Another method is using a sheet to lift Transferring a patient from a bed to stretcher: § Three of you should stand side by side facing of patients bed § Each person assumes responsibility for one of three areas a) Head and Shoulders b) Hips and thighs c) Ankles § Perform three­person carry from bed to stretcher(Bed at Stretcher level) § Three persons stand side by side facing side of patients bed 1. Each person assumes responsibility for one of three areas: head and shoulders, hips and thighs, and ankles 2. Each person assumes wide base of support with foot closer to stretcher in front and knees slightly flexed 3. Arms of lifters are placed under clients head and shoulders, hips and thighs, and ankles with fingers securely around other side of clients body(see illustration) 4. Have the wheel chair(lock the brakes at its 45° angle to bed § Apply transfer belt(if present) § Ensure that the patient has stable non skid shoes. For a man who has not been able to reach the toilet facilities he may stand at the bedside and void into a plastic of metal receptacle for urine. If he is unconscious or unable to stand at bedside the assistant needs to assist him to use the urinal. Purpose: § Provide a container for collection of urine § To measure the urine output § For observation of color and consistency of urine Indications: For patient with impair mobility due to surgery, fracture, injury Elderly man (aging impairs micturation) may require urinal more frequently to avoid urinary incontinence For mobile person who is able to go to bathroom, does not require urinal. The pan is approximately 5cm deep Fracture pan Designed for patients with body or leg casts, the shallow upper end approximately 1­3cm deep that slips easily under the patient Offering bedpan A bedpan for patients confined to bed provides a means to collect stool Female bedpan to pass urine and feces, For male bedpans only for defecation Sitting on a bedpan can be extremely uncomfortable. Purposes The nursing assistance paces and removes the bedpan to bed to bed ridden patients For bowel elimination when the patient is not permitted to go out of bed Obtain a stool specimen During bowel training, it facilitates bowel incontinence Indication: For the patients restricted to bed must use bedpan for defecation. To make a ‘reef knot’ take the ends of the bandage one in each hand cross the end in the right hand under and then over the end in the left hand thus making a turn. Then cross the end now in the right hand over and then under the end in the left hand thus making a second turn. Preparation of the Patient § Explain the sequence of the procedure to the patient and explain how the patient can assist you. Rules For Application Of Roller Bandage § Face the patient § When bandaging left limb, hold the head of the bandage in the right hand and vice versa. The usual practice of tearing the final end into two long tails and tying them up is quite satisfactory. With the back of the patient’s hand towards you, take a fixing turn round the wrist and carry the next turn upwards at an angle of 45°, turn the bandage over to cross itself at a right angle, and bring it round the limb ready for the next turn. It can be used to apply pressure over an extended joint or to bandage a leg, foot, hand or arm if movement is allowed. To use it on the leg, take a fixing turn, then carry the bandage upwards across the front of the limb at 45° round behind it at the same level and downwards over the front to cross the first turn at a right angle. Succeeding turns pass alternately above and below these turns, forming a pattern at each side of the joint. Elbow bandage Roller bandages can be used at these joints to hold dressings in place, or to support soft tissue injuries such as strains (or) sprains. Spread the bandage over the chest, with one end going over the shoulder on the uninjured side, and the other hanging over the abdomen; the point should be beneath the elbow. Place the fore arm slightly raised over the middle of the sling; bring the lower end up and tie on the injured shoulder to the other end with a reef knot. Fold a narrow then at the base, place it just above the eye brows, then take the two ends backwards, cross them below the occiput with the point underneath, then back to the fore head where they are tied. The other two are called the ends Cuff and Collar Sling A Clove hitch This supports the wrist only, with the casualty’s fore arm flexed and fingers touching the opposite shoulder, a clove hitch, made from a narrow bandage, is placed round his wrist. The ends of the bandage are taken around the neck and tied in the hollow just above the collar bone, on the injured side. The Spica This is a modified figure of eight, and is useful for bandaging the hip, shoulder groin and thumb. Types of exercises: 1) Active exercises: active exercises are the motion or free movements performed by the individual without help. Coffee 8) To reduce temperature ­ cold enema 9) To quiet patient by introducing sedatives 10) To make diagnosis eg. The lecture note contains basic selected topics, which are relevant to their scope. It is well known that no nursing service can be provided with out basic skills of nursing art. For public health nurse to provide health service at different settings; hospital, health center, health post and at the community level, the course is very essential. The lecture note is therefore organized in logical manner that students can learn from simpler to the complex. Important abbreviations and glossaries have been included in order to facilitate teaching learning processes. On top of that learning objectives are clearly stated to indicate the required outcomes. Trial is made to give some scientific explanation for procedure and some relevant study questions are prepared to each unit to aid students understand the subject. I also extend many thanks to colleagues from sisterly institutions and staff of our department for their valuable comments and criticism, other wise the lecture note would have not been shaped. Similarly, my felt thanks is to supportive staff of Carter Center, Ato Aklilu Mulugetta for his devoted support through the preparation of this lecture note. Last but not least, I thank all our College authorities for permission to work on this lecture note besides the routine activities of the college. Nursing is the art and science involves working with individual, families, and communities to promote wellness of body, mind, and spirit. It is a dynamic, therapeutic and educational process that serves to meet the health needs of the society, including its most vulnerable members.