to measure arterial blood pressure. Questions: 1. My blood pressure for this lab was 123/78. These numbers are normal‚ compared to the normal rating of 120/80. My pulse pressure was 45 (SP – DP). My mean arterial pressure was 93 (DP + 1/3 (SP – DP). 2. Mean arterial blood pressure is determined by cardiac output and total vascular resistance. The mathematical equation for mean arterial blood pressure is equal to cardiac output x total vascular resistance. The amount of blood pumped out of the heart
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Blood Splatter Analysis Lab Independent Variable & Dependent Variable: Independent: Blood Spatter Dependent: Diameter (size of blood splatter) Problem Statement: What height did the blood at the crime science fell from Hypothesis: Anna Garcia might have tripped which caused her blood stain to reach the maximum height of the stool‚ which means her blood splatter fell lower than her height. Materials: Gloves Eye Droppers with blood Journal Yard Stick Clear ruler Blank piece
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Caffeine’s Effect on Blood Pressure in Teens Research Questions How does the caffeine in coffee affect the blood pressure in teens within an hour? Purpose The purpose of the lab is to see the different effects of coffee in teenagers who have a different lifestyle. Also‚ my purpose is to be informed as well considering I’m a 17-year-old teen that drinks coffee on a regular base. I would like to know how all the coffee I have ever drunk‚ has had an effect in my body that I’m not aware of. Hypothesis
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High or Low Blood Pressure? Purpose: The purpose of this experiment is to compare blood pressure as related to gender and athletic status. Hypothesis: I predict that males have a higher blood pressure than women and athletes have a higher blood pressure than non athletes Background Info: Blood pressure is the amount of force that blood pushes against the inside walls of blood vessels as it passes through. This pressure
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Lab 11 Methodology By using aseptic‚ a little cultured bacteria was inoculated on the TSA agar. A quadric streak was making. Inoculation loop was heated and keep it cold for a while before the next quadratic streak. Six agar plates were observed for 24 hour at temperature of 30ºC. Choose one from the dense colony and make a sub-culture on the new agar plate. The step was repeated to get a single colony‚ which is pure colony. a) Sequestration of bacteria from fish organs Methodology
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The human blood buffer response to increased amounts of acids and bases was determined by titration of a 25.00 mL sample of H2PO4 buffer solution with 0.1 M HCl and 0.1 M NaOH. The volume of 0.1 M HCl is about double of the amount 0.1 M NaOH used to lower/raise the pH of a blood buffer. In this experiment‚ HCl (a strong acid) and NaOH (a strong base) are used as examples of strong acids/bases‚ and the titration with H2PO4 shows the effect on a buffer solution. The assumption was the addition
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Glowing Bacteria Lab Introduction- 1. Transformation involves the transfer of genetic information into a cell by directly taking up foreign DNA from its surroundings. This DNA is then incorporated into the host cell’s own DNA. This transformation usually occurs within plasmids‚ small circular DNA molecules separate from its chromosome. After the recipient cell is infected with the DNA‚ the cell will move on with replication‚ producing offspring with traits encoded by the plasmid. These plasmids
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Blood Type Lab Report Sherman Chen 3B Introduction: The purpose‚ nature‚ and expected findings of the activity. In this lab activity‚ we were first asked to find the blood types and then count the number of blood cells. In the first part of the lab‚ we had to find the ABO and Rh blood type of four simulated blood samples. We did this by observing the antigen/antibody reaction in each of the four samples of simulated blood; if there was agglutination it meant that was the blood type. In the
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Table 5: Characteristics of human and bovine red blood cells HUMAN MALE HUMAN FEMALE COW WBC COUNT(#of cells/mm^3 of blood) 7000 7250 7450 RBC COUNT(# of cells/mm^3 of blood) 540000 4600000 8000000 HEMATOCRIT (%) 47 42 37 [Hb](g/100ml of blood) 16 14 12 MCV (femtoliters) MCHC(%) 34 33 32 MCH(pinograms) Discussion: 1. RBC count‚ hemotocrit and hemoglobin concentration are higher in males than females. It is because males generally have larger muscle mass and perform more physical
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BACTERIA Period: 4 Characteristics: 3 major shapes Cocci Basilli Spirilla 3 major components Mesosomes flagella Plasmids Growing Up: Bacteria can obtain energy through phototrophs(sunlight)‚ lithotrophs(inorganic compounds)‚ and organotrophs(organic compounds) Marriage/Reproduction Binary Fission: The process by which all bacteria reproduce. It results in the separation of a single cell into two. Transformation: genetic alteration
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