Fig. 1.
Fig. 1. Soluble and transmembrane forms of human SCF. The primary proteolytic cleavage site of SCF248 in exon 6 is indicated by the arrow. Cleavage at this site generates the soluble form of SCF. The transmembrane form of SCF, SCF220, lacks the primary proteolytic cleavage site in exon 6. The 25 amino acid signal sequence (dotted lines) and the hydrophobic transmembrane domain (dark box) are also shown. As described in the text, murine SCF248 and murine SCF220 can also be cleaved at an alternative site in exon 7.

Soluble and transmembrane forms of human SCF. The primary proteolytic cleavage site of SCF248 in exon 6 is indicated by the arrow. Cleavage at this site generates the soluble form of SCF. The transmembrane form of SCF, SCF220, lacks the primary proteolytic cleavage site in exon 6. The 25 amino acid signal sequence (dotted lines) and the hydrophobic transmembrane domain (dark box) are also shown. As described in the text, murine SCF248 and murine SCF220 can also be cleaved at an alternative site in exon 7.

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