Loop Diuretic Lab Report

The growth and survival of a plant depends on the reactions that occur internally called photosynthesis. Photosynthesis is a reaction that captures the sun’s energy and converts it, water, and carbon dioxide into glucose, with a byproduct of oxygen. Glucose is a sugar that provides energy to allow for a plant to grow and live. This experiment is to test how photosynthesis can be sped up with a home solution. The variable being changed in this experiment is the solution that the plant is being given. In this instance, some of the plants will be given Gatorade, rather than water. The question being asked is, How well will a solution found in the home affect plant growth?

Serious adverse effects of lasix are pancreatitis (inflamation of the pancreas), agranulocytosis (a deficiency of granulocytes in the blood), Hypokalemia (low potassium levels in the blood), and hypocalcemia (low calcium levels).

Ectothermic animals are animals whose body temperature is affected by their surroundings. This means that if the environment is cold the animal will be cold. If the environment is warm the animal will be warm. This is because the animal doesn’t have the capability of regulating its body systems to keep a constant body temperature. When an ectothermic animal is cold, its heart rate will lower. When the animal is warmer, the heart rate will raise – as long as the temperature isn’t sufficiently high to harm the animal. (Campbell, 2005)

Purpose: The purpose of this lab is to familiarize you with osmosis and, specifically, what happens to cells when they are exposed to solutions of differing tonicities.

The purpose of this experiment was to determine the relationship between tail spine length and hemoglobin levels as well as the relationship between tail spine length and heart rate. The concentration of the hemoglobin in Daphnia is dependent on the oxygen available to them.

Table 2: Consists of color extract taken from a red cabbage for a natural indicator. The pH reading that was measured by using the pH meter and the result of the pH reading to determine whether the solution was acidic or basic.

The purpose of this experiment is to observe the natural process of osmosis using drops of sheep’s blood in various saline solutions. Since the cell membrane is a selective membrane, the water goes in and out freely but a solute such as NaCl it cannot freely move in or out. Osmosis is a passive process that doesn’t require the input of energy to transport water molecules across a membrane. The channels that allow water to enter or leave a cell are known as aquaporin. Using aquaporin, water moves from a solution with a low solute concentration to a solution with a higher solute concentration. This process continues until equilibrium in solute concentration is established between a cell and its environment.

The experimental procedures for Lab 2 were provided on Blackboard labelled as “Pre-Lab 2: Techniques & Measurement”.

As we know that osmosis means diffusion or dispersion of water through a selectively permeable membranes from high concentration to a lower concentration and there are many different factors that can affect the rate of Osmosis such as temperature particle size and the size of concentration ingredient. As we know that higher temperature can cause osmosis to occur at much faster rate because a molecule are more likely to pass through the selectively permeable membrane quicker than they would at a lower temperature. In this experiment the sucrose molecule was too large to pass through the dialysis bag, while water molecule able to move freely in and out due to their small size. Lastly the congregation gradient can greatly affect the rate of osmosis

2. When 2.00 g of NaOH were dissolved in 49.0 g water in a calorimeter at 24.0 ˚C, the temperature of the

The investigation is showing how enzymes work inside a mammal's stomach. Rennin is the enzyme found in young mammals and has more effect

The patient requested an increase as he continues to experience withdrawals such as sweating, constant yawning, and body cramps. This writer addressed alternatives for the patient use. Please note, the patient struggles

A seventy-five-year-old patient is ordered to take digoxin an anti-arrhythmic drug, coumadin an anticoagulant, lasix which is a loop diuretic, and a K-Dur which is a postassium chloride supplement. For each of these medications, I will explain the drug name and therapeutic category, the dosage size and schedule, the route and technique of administration, the expected therapeutic response and when it should develop, the non-drug measures to enhance the therapeutic responses if applicable, the probable duration of treatment, the method of drug storage, the signs and symptoms of major adverse effects, the major drug to drug and drug to food interactions, who to contact if there were any adverse reactions, and

Haller, C. A., Jacob, P., & Benowitz, N. L. (2002). Pharmacology of ephedra alkaloids and

While patients are taking Captopril nurses should check if they are taking any other antihypertensive. Beta-blockers and diuretics can be used with captopril to help it reach its effect better. Many patients that are taking Captopril may experience neutropenia and should take precautions. “About half of the neutropenic patients developed systemic or oral cavity infections or other features of the syndrome of agranulocytosis” (Capoten, 2014). If captopril is going to be used in patients with impaired renal function, a white blood cell count should be done before beginning treatment and at approximately two-week intervals for about three months. Karch (2014) states physical consideration for nurses include, “skin color, lesions: T: orientation, reflexes,