875605
Descripción
Mapa Mental por Steve Harton, actualizado hace más de 1 año
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Creado por Steve Harton
hace más de 10 años
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2.4 Proteins
- Nature of Science
- Most organisms
assemble proteins
from the same 20
different amino acids
- Most organisms
assemble proteins
from the same 20
different amino acids
- Genes
- Genetic code
is universal
- 20 different
amino acids
- Condensation
- Polypeptides
formation
- Huge range of
possible polypeptides
- Protein is a single or more
than one polypeptide
- The amino acid sequence
determines the 3D
conformation of a protein
- Every individual has
a unique proteome
- Functions
- Rubisco
- Insulin
- Immunoglobin
- Rhodopsin
- Collagen
- Spider silk
- Rubisco
- Denaturation
- pH
- Heat
- Practical: egg
white or albumin
- pH
- Aim7
- ICT for molecular
visualisation
- ICT for molecular
visualisation
- Every individual has
a unique proteome
- The amino acid sequence
determines the 3D
conformation of a protein
- Primary structure
- Secondary Structure
- Tertiary structure
- Quaternary structure
- Hemoglobin (Hb) made
of 4 polypeptides
- Hemoglobin (Hb) made
of 4 polypeptides
- Radical (R) from
amino acids
- Quaternary structure
- Alpha helix
- Beta pleated sheet
- Tertiary structure
- Peptide bonds
between amino acids
- Secondary Structure
- Protein is a single or more
than one polypeptide
- Huge range of
possible polypeptides
- Drawing the formation
of a peptide bond
- Polypeptides
formation
- Condensation
- 20 different
amino acids
- Genetic code
is universal
- Proteomics and the
production of proteins
- Food
- Pharmaceutical
- Other industries
- Food
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