Zinc Finger Protein 800
Protein level regulation
Several different tools were used on ExPASy Proteomics to analyze ZNF800 for likely protein modification sites, unique composition, and localization. The composition of human ZNF800 was compared to that of the Mummichog ZNF800, which has a 46% identity to the human ZNF800.

Zinc Finger Protein 800

Section Title: Protein level regulation
Table Section Text: Several different tools were used on ExPASy Proteomics to analyze ZNF800 for likely protein modification sites, unique composition, and localization. The composition of human ZNF800 was compared to that of the Mummichog ZNF800, which has a 46% identity to the human ZNF800.

Species	Homo Sapiens (human) ZNF800	Fundulus heterclitus (Mummichog fish) ZNF800

Identity	100%	46%

Number of Amino Acids	664	914

Theoretical Isoelectric Point	9.54	9.60

Theoretical Molecular Weight	75,235.79 g/mol	100,454.56 g/mol

Comparative Compositional Analysis Extremes	G- : 24( 3.6%) K+ : 81(12.2%) S : 64( 9.6%) W- : 0( 0.0%)	G : 39( 4.3%) K : 63( 6.9%) S+ :128(14.0%) W : 5( 0.5%)

Hydrophobic Segments	None	None

Transmembrane Segments	none	none

Important Carbon Spacings	multiple zinc finger binding regions	multiple zinc finger binding regions

Negative Charge Clusters	(cmin = 10/30 or 13/45 or 16/60): 1) From 185 to 225: DTEVETVEPPPVEIVTDEVAPTSDEQPQESQADLETSDNSD	(cmin = 10/30 or 13/45 or 16/60): 1) From 555 to 577: EEAVEASDDDDDIDSSPAPSPAE

Sentence(s)

The Zinc Finger Protein 800 has a molecular weight of 75,235.79 g/mol and an isoelectric point of 9.54.

final_sentence: The Zinc Finger Protein 800 has a molecular weight of 75,235.79 g/mol and an isoelectric point of 9.54.