Presentation
DNA FUNCTION
Only DNA can make Replication and Protein Syntesis: it's the STAR
In Eukaryote and Procaryote Cell
REPLICATION: WHERE, WHEN and WHO?
make a copy of himself
In the Nucleous
In Mitosis and Meiosis Process: nucler and Cellullar division
IN ORDER of APPARENCE
Ligase
Primer
Helicase
DNA-Polymerase
WORK in PROGRESS
ALL toghether but one by one
Lorem ipsum dolor sit amet
Lorem ipsum dolor sit amet
Lorem ipsum dolor sit amet
Lorem ipsum dolor sit amet
HELICASE
helicase unzipping the two strands of DNA.
DNA POLYMERASE
replicates DNA molecules to actually build a new strand of DNA.
PRIMER
Primase makes the primer so that DNA polymerase can figure out where to go to start to work.
LIGASE
It helps glue DNA fragments together.
REPLICATION STEP by STEP
DNA replication starts at a certain part called the origin. There are many origins
Helicase comes in and unwinds the DNA.
Topoisomerase a super... enzyme
Primer: this is really important because otherwise DNA polymerase won’t know where to start
DNA-Polymerase build a new strand of DNA
It helps glue DNA fragments together
The End of Replication
DNA- Polymerase is the best in proof-reading
DNA REPLICATION is semiconservative
some coding error
before to continue the story...
I would like to introduce.... RNA
VS
+info
+info
Now we start with Protein Syntesis Spep Stool
by DNA
The important of being "Proteins"
Proteins is a long chair of aa
Proteins is very important for life
+info
+info
IN ORDER of APPARENCE
t-RNA
m-RNA
RNA Polymerase
Ribosome
RNA Polymerase
attaches to the start of the gene. It moves along the DNA making a strand of messenger RNA out of free bases in the nucleus. This process is called transcription
m-RNA
The messenger RNA then moves out of the nucleus into the cytoplasm. Protein factories in the cytoplasm, called ribosomes.
Ribosome
The ribosome reads the code in the messenger RNA to produce a chain made up of amino acids.
T-RNA
Transfer RNA molecules carry the amino acids to the ribosome. The messenger RNA is read three bases at a time. As each triplet is read, a transfer RNA delivers the corresponding amino acid.
TRANSCRIPTION and TRANSLATION
m-RNA helps to transfer the messagge into Cytoplasm
The DNA code determines the order in which the free bases are added to the messenger RNA. This process is called transcription.
Transfer RNA molecules carry the amino acids to the ribosome. The messenger RNA is read three bases at a time. As each triplet is read, a transfer RNA delivers the corresponding amino acid.
mRNA CODON CHART
Lorem ipsum dolor sit amet, consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet dolore magna aliquam erat volutpat. Ut wisi enim ad minim veniam, quis nostrud exerci tation
+info
THANKS!
Lorem ipsum dolor
DNA-POLYMERASE: Leading and Ladding strand
DNA- Polymerase can build new strand of DNA only in 5'-3' direction
One of the new strands of DNA, the leading strand, is made continuously,
The other strand, the lagging strand, cannot be made in this continuous way because it runs in the opposite direction the DNA polymerase can therefore only make this strand in a series of small chunks called Okazaki fragments.
DNA FUNCTION
angela loseto
Created on February 20, 2021
Start designing with a free template
Discover more than 1500 professional designs like these:
View
Psychedelic Presentation
View
Chalkboard Presentation
View
Witchcraft Presentation
View
Sketchbook Presentation
View
Genial Storytale Presentation
View
Vaporwave presentation
View
Animated Sketch Presentation
Explore all templates
Transcript
Presentation
DNA FUNCTION
Only DNA can make Replication and Protein Syntesis: it's the STAR
In Eukaryote and Procaryote Cell
REPLICATION: WHERE, WHEN and WHO?
make a copy of himself
In the Nucleous
In Mitosis and Meiosis Process: nucler and Cellullar division
IN ORDER of APPARENCE
Ligase
Primer
Helicase
DNA-Polymerase
WORK in PROGRESS
ALL toghether but one by one
Lorem ipsum dolor sit amet
Lorem ipsum dolor sit amet
Lorem ipsum dolor sit amet
Lorem ipsum dolor sit amet
HELICASE
helicase unzipping the two strands of DNA.
DNA POLYMERASE
replicates DNA molecules to actually build a new strand of DNA.
PRIMER
Primase makes the primer so that DNA polymerase can figure out where to go to start to work.
LIGASE
It helps glue DNA fragments together.
REPLICATION STEP by STEP
DNA replication starts at a certain part called the origin. There are many origins
Helicase comes in and unwinds the DNA.
Topoisomerase a super... enzyme
Primer: this is really important because otherwise DNA polymerase won’t know where to start
DNA-Polymerase build a new strand of DNA
It helps glue DNA fragments together
The End of Replication
DNA- Polymerase is the best in proof-reading
DNA REPLICATION is semiconservative
some coding error
before to continue the story...
I would like to introduce.... RNA
VS
+info
+info
Now we start with Protein Syntesis Spep Stool
by DNA
The important of being "Proteins"
Proteins is a long chair of aa
Proteins is very important for life
+info
+info
IN ORDER of APPARENCE
t-RNA
m-RNA
RNA Polymerase
Ribosome
RNA Polymerase
attaches to the start of the gene. It moves along the DNA making a strand of messenger RNA out of free bases in the nucleus. This process is called transcription
m-RNA
The messenger RNA then moves out of the nucleus into the cytoplasm. Protein factories in the cytoplasm, called ribosomes.
Ribosome
The ribosome reads the code in the messenger RNA to produce a chain made up of amino acids.
T-RNA
Transfer RNA molecules carry the amino acids to the ribosome. The messenger RNA is read three bases at a time. As each triplet is read, a transfer RNA delivers the corresponding amino acid.
TRANSCRIPTION and TRANSLATION
m-RNA helps to transfer the messagge into Cytoplasm
The DNA code determines the order in which the free bases are added to the messenger RNA. This process is called transcription.
Transfer RNA molecules carry the amino acids to the ribosome. The messenger RNA is read three bases at a time. As each triplet is read, a transfer RNA delivers the corresponding amino acid.
mRNA CODON CHART
Lorem ipsum dolor sit amet, consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet dolore magna aliquam erat volutpat. Ut wisi enim ad minim veniam, quis nostrud exerci tation
+info
THANKS!
Lorem ipsum dolor
DNA-POLYMERASE: Leading and Ladding strand
DNA- Polymerase can build new strand of DNA only in 5'-3' direction
One of the new strands of DNA, the leading strand, is made continuously,
The other strand, the lagging strand, cannot be made in this continuous way because it runs in the opposite direction the DNA polymerase can therefore only make this strand in a series of small chunks called Okazaki fragments.