Gram-negative bacteria have a cell wall that is and does not accept the stain, making it appear .

Answers

Answer 1
Answer: Gram-negative bacteria have a cell wall that is thin and does not accept the stain, making it appear red or pink.

Gram staining is used for differentiation gram-positive from gram-negative bacteria based on the characteristic of their cell wall. Gram-negative bacteria have a thinner cell wall than gram-positive bacteria. In this staining, bacteria are first stained with crystal violet dye. Only gram-positive bacteria will be violet colored because they can retain the dye thanks to their cell wall. The second staining with fuchsine or safranin will give the red or pink color to the gram-negative bacteria. 
Answer 2
Answer:

Answer: "thick" "pink"

Explanation:


Related Questions

The trunk of a tree carries out functions that are similar to the functions performed by which pair of human body systems?
Generally, animals cannot digest the linkages between the glucose molecules in cellulose. How then do cattle get enough nutrients from eating grass?
4. Answer the following questions in detail. Mention any four causes of deforestation. ​
If two organisms are in the same clade, what can you predict about their relationship?
SOMEONE PLEASE HELP 100 POINTS

In which male reproductive structure is fructose-rich fluid produced?

Answers

In the seminal vesicles

Smooth muscle, which is a tissue made up of a type of specialized muscle cell, functions in which process? food digestion skeletal movement pumping of blood heart contraction.

Answers

Answer:

Food digestion, edge 2022

Explanation:

Ur heart is pumping blood

Explain the interaction between proteins and nucleic acids.

Answers

Answer:

Image result for Explain the interaction between proteins and nucleic acids.

The binding of protein to DNA controls the structure of genomic DNA (chromatin), RNA transcription, and DNA repair mechanisms. The following example illustrates how Invitrogen Dynabeads magnetic beads may be used to recover proteins that bind to nucleic acids.

Explanation:

What goes though your body in bloold vessels

Answers

This is common sense! Blood

All living And nonliving things are made up of building blocks called?

Answers

All living and nonliving things are made up of building blocks and these building blocks are different forms of matter. This matter takes on different forms depending on what kind of element it is. Also the most innate feature which is a commonality between all of these building blocks is the presence of atoms. 

all living and nonliving things are made up of Matter

DNA replication occurs at an unbelievably fast rate. Once replication is complete, we can expect to find a _____ number of mistakes. DNA replication occurs at an unbelievably fast rate. Once replication is complete, we can expect to find a _____ number of mistakes. small average larg

Answers

Answer:

small

Explanation:

The overall error rate of DNA polymerase during replication is 10-8 errors per base pair. Repair enzymes fix 99% of these lesions for an overall error rate of 10-10 per bp. That means one change occurs in every 10 billion base pairs that are replicated.

Final answer:

DNA replication is a highly accurate process, occurring rapidly and with a small number of mistakes, due to the efficiency of the DNA polymerase enzyme and the cell's repair mechanisms. However, any uncorrected mistakes can cause significant consequences, like mutations or even diseases like cancer. This process has been closely studied in prokaryotes such as E. coli.

Explanation:

DNA replication, a critical biological process, typically occurs with a remarkably small number of mistakes, thanks to the accuracy of the DNA polymerase enzyme and other repair mechanisms. This process has been particularly well-studied in prokayotes, like E.

coli, which can replicate its 4.6 million base pairs in about 42 minutes, adding around 1000 nucleotides per second.

However, when mistakes do occur and are not corrected, they can lead to mutations which might have serious consequences, such as cancer, particularly if the repair enzymes themselves are mutated or defective.

Learn more about DNA replication here:

brainly.com/question/34852279

#SPJ12