pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

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Chapter 7.4, Problem 16ELO

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pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

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Digoxin: Intravenous Bolus - Two Compartment Model Drug Digoxin Route: IV Bolus Dose: 0.750 mg Plasma Concentration Time Profile Beta Alpha Time (hrs) Conc (ng/ml) LN (ng/ml) LN (ng/ml) LN 0.00 #NUM! #NUM! #NUM! 0.10 12.290 2.509 #NUM! #NUMI 0.60 6.975 1.942 #NUM! #NUMI 1.00 4.649 1.537 #NUM! #NUMI 2.00 2.201 0.789 #NUM! #NUM! 3.00 1.536 0.429 #NUM! #NUM! 4.00 1.342 0.294 #NUM! #NUM! 5.00 1.273 0.241 #NUM! #NUMI 6.00 1.238 0.213 #NUM! #NUM! 7.00 1.212 0.192 #NUM! #NUM! 8.00 1.188 0.172 #NUMI #NUM! 9.00 1.165 0.153 #NUM! #NUMI 10.00 1.143 0.134 #NUMI #NUM! 11.00 1.122 0.115 #NUM! 12.00 1.101 0.096 #NUMI 13.00 1.080 0.077 #NUMI 16.00 1.020 0.020 #NUMI 24.00 0.876 -0.132 #NUMI Pharmacokinetic Parameters Parameter Value Alpha B Beta Units ng/ml hr-1 ng/ml hr-1 CO ng/ml H.C AUC ng x hr/ml Vc Vbeta Vss C L/hr TK (alpha) hr TX (beta) days 5+ F3 F4 F5 0+ F6 F7 % 6 95 14 #3 29 & t F8 F9 FW EW

Linuron, a derivative of urea, is used as an herbicide. Linuron serum levels were measured in 4Kg rabbits following a bolus IV injection of 10mg/kg. Time (minutes) Serum Linuron Levels (ug/ml) following IV dose 10 15.48 20 8.60 30 5.90 45 3.78 60 2.42 90 1.49 120 0.93 180 0.60 240 0.41 300 0.29 360 0.22 Analyze this data and perform the necessary calculations to determine the following pharmacokinetic parameters from the IV data: (5 points per parameter, 24 parameters/variables ■ 120 points possible). You do NOT need to submit graphs or data tables. Give the terminal regression line equation and R or R² value: Give the x axis (name and units, if any) of the terminal line: Give the y axis (name and units, if any) of the terminal line: Give the residual regression line equation and R or R² value: Give the x axis (name and units, if any) of the residual line: Give the y axis (name and units, if any) of the residual line:

Answer 2

Question

Chapter 7.4, Problem 16ELO

Summary Introduction

Introduction:

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

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Answer 3

Question

Chapter 7.4, Problem 16ELO

Summary Introduction

Introduction:

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

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Answer 4

Question

Chapter 7.4, Problem 16ELO

Summary Introduction

Introduction:

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

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Answer 5

Chapter 7.4, Problem 16ELO

Summary Introduction

Introduction:

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

Answer 6

Chapter 7.4, Problem 16ELO

Summary Introduction

Introduction:

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

Answer 7

Chapter 7.4, Problem 16ELO

Summary Introduction

Introduction:

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

Answer 8

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Answer 11

Ch. 7.1 - 1. Describe the major environmental factors to...Ch. 7.1 - 2. Define nutrition and nutrients and their...Ch. 7.1 - 3. Differentiate between organic and inorganic...Ch. 7.1 - Prob. 4ELO Ch. 7.1 - Prob. 1CYP Ch. 7.1 - Prob. 2CYP Ch. 7.1 - 3. List the general functions of the essential...Ch. 7.1 - 4. Define growth factors and metallic ions with...Ch. 7.2 - 5. Describe the main categories of nutritional...Ch. 7.2 - 6. Distinguish different types of autotrophs and...

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

Solution Summary: The author explains that pH of the habitat plays a major role in determining the growth and survival of microbes.

Concept explainers

Introduction:

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

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Chapter 7 Solutions

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

Solution Summary: The author explains that pH of the habitat plays a major role in determining the growth and survival of microbes.

Concept explainers

Introduction: pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.

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Chapter 7 Solutions

Introduction:

pH of the habitat plays a major role in determining the growth and survival of microbes. According to different pH range in which microbes can survive, they have been classified as acidophile, neutrophils, and alkalinophiles.