Make a refined slide for Biochemistry lecture "Negatively Charged (Acidic) Amino Acids Aspartate: Strong negative charge at pH 7; forms oxaloacetate by transamination; important for albumin’s binding properties. Glutamate: Strong negative charge at pH 7; forms α-ketoglutarate by transamination; important for albumin’s binding properties.Albumin has these Negatively Charged acidic amino acids, which explains why it is a strong binding protein for calcium and other positively charged elements.
Make a refined slide for Biochemistry lecture "Negatively Charged (Acidic) Amino Acids Aspartate: Strong negative charge at pH 7; forms oxaloacetate by transamination; important for albumin’s binding properties. Glutamate: Strong negative charge at pH 7; forms α-ketoglutarate by transamination; important for albumin’s binding properties.Albumin has these Negatively Charged acidic amino acids, which explains why it is a strong binding protein for calcium and other positively charged elements.
#0D1B2A) - professional, easy on the eyes in lecture settings#E63946) with charge, transamination product (oxaloacetate), albumin role, and other metabolic functions#2196F3) with charge, transamination product (alpha-ketoglutarate), albumin role, and other functions (GABA, TCA)Acidic Amino Acids
Presentation · PPTX
Create slides for the other 18 amino acids (polar, nonpolar, special)
| Slide | Amino Acids Covered | Accent Color |
|---|---|---|
Slide1 Nonpolar Aliphatic Presentation · PPTX | Gly, Ala, Val, Leu, Ile | Green |
Slide2 Nonpolar Aromatic Special Presentation · PPTX | Phe, Trp, Met, Pro | Purple |
Slide3 Polar Uncharged Presentation · PPTX | Ser, Thr, Cys, Tyr, Asn, Gln | Amber/Orange |
Slide4 Basic Charged Presentation · PPTX | Lys, Arg, His | Blue |
Acidic Amino Acids Presentation · PPTX | Asp, Glu | Red |