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Like sibling children, they share common heritage (genes) and some structural homology, often appearing to play different roles in regulating biomineralization in various states of health and disease of dentin and bone (Table 2). All bind to and regulate cell differentiation via different factors [81]. They all have numerous repeat sequences, most are charged. To illustrate, we developed a PERLbas
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F the IDP domain containing an asparagine and proline (Asn- and Pro)-rich region, with glycine (Gly)- and glutamine (Gln)-rich repeats mid-sequence is implicated in self- assembly. Based on analytical ultracentrifugation, the glycine-rich region oligomerizes to form large protein assemblies. The proline-rich region also shows a self-Author Manuscript Author Manuscript Author Manuscript Author Manu
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F the IDP domain containing an asparagine and proline (Asn- and Pro)-rich region, with glycine (Gly)- and glutamine (Gln)-rich repeats mid-sequence is implicated in self- assembly. Based on analytical ultracentrifugation, the glycine-rich region oligomerizes to form large protein assemblies. The proline-rich region also shows a self-Author Manuscript Author Manuscript Author Manuscript Author Manu
1
F the IDP domain containing an asparagine and proline (Asn- and Pro)-rich region, with glycine (Gly)- and glutamine (Gln)-rich repeats mid-sequence is implicated in self- assembly. Based on analytical ultracentrifugation, the glycine-rich region oligomerizes to form large protein assemblies. The proline-rich region also shows a self-Author Manuscript Author Manuscript Author Manuscript Author Manu
1
F the IDP domain containing an asparagine and proline (Asn- and Pro)-rich region, with glycine (Gly)- and glutamine (Gln)-rich repeats mid-sequence is implicated in self- assembly. Based on analytical ultracentrifugation, the glycine-rich region oligomerizes to form large protein assemblies. The proline-rich region also shows a self-Author Manuscript Author Manuscript Author Manuscript Author Manu
1
F the IDP domain containing an asparagine and proline (Asn- and Pro)-rich region, with glycine (Gly)- and glutamine (Gln)-rich repeats mid-sequence is implicated in self- assembly. Based on analytical ultracentrifugation, the glycine-rich region oligomerizes to form large protein assemblies. The proline-rich region also shows a self-Author Manuscript Author Manuscript Author Manuscript Author Manu
1
F the IDP domain containing an asparagine and proline (Asn- and Pro)-rich region, with glycine (Gly)- and glutamine (Gln)-rich repeats mid-sequence is implicated in self- assembly. Based on analytical ultracentrifugation, the glycine-rich region oligomerizes to form large protein assemblies. The proline-rich region also shows a self-Author Manuscript Author Manuscript Author Manuscript Author Manu
1
Like sibling children, they share common heritage (genes) and some structural homology, often appearing to play different roles in regulating biomineralization in various states of health and disease of dentin and bone (Table 2). All bind to and regulate cell differentiation via different factors [81]. They all have numerous repeat sequences, most are charged. To illustrate, we developed a PERLbas