**Title: Understanding Antibiotic Resistance: An Educational Insight****Video: What causes antibiotic resistance? - Kevin Wu (TED-Ed)**[Embedded YouTube Video]**Description:** The video delves into the mechanisms behind antibiotic resistance, a critical issue where bacteria evolve to become immune to antibiotics. This has significant implications for our ability to treat infectious diseases.**Visual Description:**The thumbnail features an illustration of a green bacterium with an angry expression, symbolizing the resistance, facing off against a cartoon representation of an antibiotic, depicted as a superhero character. The caption "Bacteria vs. Antibiotics" sets the stage for the battle depicted in the video.**Additional Content:****Educational Context:**Antibiotic resistance is an escalating global health challenge. As bacteria become more resilient to antibiotics, the effectiveness of these drugs diminishes, threatening our capability to treat common infections and increasing the risk of spreading diseases.**Discussion Point:**More and more bacteria are becoming antibiotic-resistant. How might this affect our ability to fight certain infectious diseases in the future?- Bacteria will mutate back to their susceptible states over time.- Our immune systems will evolve to better fight the bacteria so we won’t need antibiotics.This educational resource aims to inform and engage viewers on the topic of antibiotic resistance, sparking critical thinking and discussion on potential future developments in fighting infectious diseases. **Understanding Antibiotic Resistance**More and more bacteria are becoming antibiotic-resistant. How might this affect our ability to fight certain infectious diseases in the future?- Bacteria will mutate back to their susceptible states over time.- Our immune systems will evolve to better fight the bacteria so we won't need the antibiotics.- Bacteria populations will decrease over time so we eventually will not have to worry about resistance.- We will run out of sources of antibiotics.This information invites us to consider the challenges posed by antibiotic resistance, and the potential consequences for public health and future medical treatments.

When bacteria evolves mechanism to nullify the effect of antibiotics used on them.This generally…

Answered: More and more bacteria are becoming…

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

Why is it so hard to get rid of the following organism? They undergo bottlenecking in their populations when taking antibiotics? They gain plasmids that help them build resistance. Using antibiotics are ineffective. They come from mosquitos and they are abundant. Part of their life cycle includes zoonosis with snails.
What are the microbes called which colonize our bodies and actually help us to survive by aiding digestion or guarding against infection. vectors normal flora pathogens fomites
Which of the following does not apply to superbugs? O It is estimated that 70% of antibiotics used in the USA are sold to animal farms. O The CDC reported that 1 million people in the U.S. may contract a superbug every year in the USA. O The CDC predicts that 35,000 people will die yearly from superbugs in the USA. By the year 2050, antibiotic resistant bacteria may kill as many as 10 million people in the world.
"On the rapidity of antibiotic resistance evolution facilitated by a concentration gradient" The rapid emergence of bacterial strains resistant to multiple antibiotics is posing a growing public health risk. The mechanisms underlying the rapid evolution of drug resistance are, however, poorly understood. The heterogeneity of the environments in which bacteria encounter antibiotic drugs could play an important role. E.g., in the highly compartmentalized human body, drug levels can vary substantially between different organs and tissues. It has been proposed that this could facilitate the selection of resistance mutants, and recent experiments support this. To study the role of spatial heterogeneity in the evolution of drug resistance, we present a quantitative model describing an environment subdivided into relatively isolated compartments with various antibiotic concentrations, in which bacteria evolve under the stochastic processes of proliferation, migration, mutation and death.…
Why do you think there could be antibiotic resistant organisms before 1942 since bacteria need to "see" the antibiotic before it can become resistant?
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
If you find E. coli growing in the presence of ampicillin, what are we assuming about where those 9. resistance genes came from? What other genes are we then assuming that the E. coli now have?
It is thought that attenuation occurs especially in a laboratory setting because nonvirulent or weakly virulent mutants grow faster in laboratory media when there is no selective advantage to virulence. pathogens lose virulence with age and survive longer in laboratory cultures. there is selection for more virulent strains in the laboratory. patients can be treated with drugs that induce attenuation.
. Fig 4.1 shows the number of deaths from TB and the number of new cases of TB from 1925 to2010 in Canada. The vaccine for TB was introduced in Canada for widespread use from 1948.Antibiotics, such as streptomycin, were introduced in Canada from 1940.Use the information in Fig. 4.1 to comment on the effect of the introduction of the vaccine andantibiotics on the number of new cases and deaths from TB. …………………………………………………………………………… please solve max 15-20 minutes and no reject thank u
Which of the following is NOT a true statement? Infected people without symptoms can sometimes transmit their infection to others None of the other four answers (All are true statements) Infectious diseases are still one of the leading causes of death in some parts of the world For a given microbe, the number of cells or virus particles required to cause an infection (ID50) is always the same, regardless of the portal of entry Zoonoses can spread from animals to humans
Disease control methods do not work to eradicate or wipe out a disease. Instead, the goal is to do what? How might vaccines play into this strategy?

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