**Title:** What Causes Antibiotic Resistance? - Kevin Wu**Video:** TED-Ed Lesson featuring a creative animated portrayal of the concept of "Bacteria vs. Antibiotics."**Description:**The video provides an engaging explanation of how bacteria develop resistance to antibiotics. It features animated characters representing bacteria and antibiotics, adding a visual appeal to the educational content.**Key Question:**- How do antibiotic-rich environments like hospitals speed up the rate at which superbugs increase their percentage of the bacteria population?**Choices:**- Increase the rate of mutations in bacteriaThis segment encourages critical thinking regarding the impact of extensive antibiotic use in healthcare settings and its role in the evolution of antibiotic-resistant bacteria. **Title: Bacteria vs. Antibiotics****Video Thumbnail:**The image features cartoon-style characters, with bold text "Bacteria vs. Antibiotics." A character on the right appears to be a superhero, symbolizing the antibiotic.**Question:**How do antibiotic-rich environments like hospitals speed up the rate at which superbugs increase their percentage of the bacteria population?**Options:**- Increase the rate of mutations in bacteria.- Increase selective pressures on the bacteria leaving behind mainly resistant bacteria.- Increase the bacteria's rate of reproduction.- Increase the size of the bacteria.

It is the condition when bacteria evolves mechanics to make the antibiotics used against them as…

Answered: How do antibiotic-rich environments…

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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Similar questions

You will have the opportunity to explore the effectiveness of six different antibacterial substances against a certain species of bacteria. You will follow scientific procedures by questioning, forming a hypothesis, setting up and conducting an experiment, analyzing results, and forming a conclusion. You will determine the comparative effectiveness of six antibiotics. What is the dependent variable? What is the independent variable?
What are three good reasons that the idea of using predatory bacteria to combat infections is particularly attractive?
In terms of food items, bacteria typically attack: cereal grains. soft-skinned vegetables. meats and dairy products. acidic fruits.
There are two main temperature groups of bacteria that most commonly affect human life. One will grow well around ~10-25°C, while the other prefers ~25-45° Name these two groups and identify where they are commonly found.
A mutation that prevents a bacterium from making any ATP will be detrimental in all environments. True False MacBook Air DII DD 吕0 F9 F8 F7 F5 F6 F3 F4 & $ 7 4 Y R
Which of the following include the correct order of phases of a typical bacterial growth curve? log, lag, stationary, decline/death lag, log, stationary/decline, death lag, log, stationary, decline/death log, lag, decline/stationary, death
The bacteria that are killed are considered "selected against" True The whole statement is true. False Some of the statement is false.
What is the difference between a probiotic and prebiotic? Group of answer choices Prebiotics are natural chemicals present in food, whereas probiotics are artificial chemicals added to food to improve their nutritional value Prebiotics are living microbes that transform food, whereas probiotics are microbes grown in the lab and added to food. A prebiotic is a microbe acquired before birth, whereas a probiotic is a microbe acquired after birth A prebiotic serves as food for probiotics, which are consumable live microbes with health benefits
. A group of spherical bacteria arranged in a chain-like fashion are: Incorrect Answer: C. Spirochetes Correct Answer: B. Streptococci Rationale:
Individuals who have chronic periodontitis tend to have lower microbial diversity than those without. high horizontal gene transfer. significantly greater microbial diversity than those without. slightly greater microbial diversity than those without.

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