1 adienoic acid in the presence and absence of procolipase.

2                      These data suggest that procolipase and enterostatin are synthesized within spec

3 ohistochemical analysis using antibodies for procolipase and enterostatin identified their immunoreac

4                         If [14C]colipase and procolipase are premixed for > 12 h at pH approximately

5  of procolipase, we created a mouse model of procolipase deficiency.

6 ition to its critical role in fat digestion, procolipase has essential functions in postnatal develop

7  of [14C]colipase is 29% higher than that of procolipase, indicating that colipase packs more tightly

8                                              Procolipase IR was present in the cytoplasm of paraventr

9 ntially excluded from the interface, even if procolipase is added before [14C]colipase.

10                    If they are not premixed, procolipase is essentially excluded from the interface,

11 effects on feeding, we hypothesized that the procolipase may also be expressed in the brain.

12 c cleavage of the N-terminal pentapeptide of procolipase may be of physiological consequence in the i

13 tudies suggest that colipase or its proform, procolipase, may have additional functions in appetite r

14                             Genes for murine procolipase (mClps) and pancreatic lipase-related protei

15                           With [14C]colipase-procolipase mixtures, the proteins compete equally for o

16 catalyzed activation of the lipase cofactor, procolipase, to colipase has no consequence for intestin

17        To identify the physiological role of procolipase, we created a mouse model of procolipase def

18 apeptide released from its precursor protein procolipase, which is synthesized in the exocrine pancre