<p>(A) The amino acid sequences of the C termini of CotE and various mutant versions. To the left of each sequence are the strain name and the number of deleted amino acids. Negatively charged amino acids when present at the C terminus are indicated in bold. Western blot with anti-CotE antibody (B), SDS-PAGE (C) and western blot with anti-CotH- antibody (D) of coat proteins extracted from spores of the strain indicated in panel A. Triangles in panel C indicate the predicted CotE bands. Proteins were fractionated on 12.5% polyacrylamide gels, electrotransferred to membranes, and reacted with anti-CotH and anti-CotE antibodies.</p
<p>Panel A - Spore coat proteins were extracted analysed by western blotting with anti-CotC antibody...
The C-terminal sequence of a protein is involved in processes such as efficiency of translation term...
<div><p>In <i>Bacillus subtilis</i> the protective layers that surround the mature spore are formed ...
<p>(A) CotE and various deletion mutant versions of the protein are indicated. To the left of each c...
<p>Western blot with anti-CotG (A) and anti-CotB (B) antibodies of proteins extracted from mature sp...
<p>(A) Western blot of proteins extracted from the forespore compartment of sporulating cells of a w...
<p>Proteins extracted from mature spores of a wild type strain or from isogenic strains over-produci...
<p>Proteins for western blot analysis were extracted from: (A) mature spores of a wild type strain (...
<p>Proteins extracted from sporulating cells (forespores and mother cells) at various times during s...
<p>(A) SDS-PAGE fractionation of coat proteins from a wild type strain (PY79) and isogenic strains c...
<p>CotH-His was bound to a Ni-NTA column and the flowthrough (FT<sub>CotH</sub>) and washes (W1-W3, ...
In Bacillus subtilis the protective layers that surround the mature spore are formed by over seventy...
<p>(A) Analysis of amylase activity. CotC-BmADH mutant strains and <i>B. subtilis</i> 168 (trp-) wid...
<p>(A) Thick gray and black arrows indicate the coding parts of <i>cotG</i> and <i>cotH</i>, respect...
CotE is a morphogenic protein that controls the assembly of the coat, the proteinaceous structure th...
<p>Panel A - Spore coat proteins were extracted analysed by western blotting with anti-CotC antibody...
The C-terminal sequence of a protein is involved in processes such as efficiency of translation term...
<div><p>In <i>Bacillus subtilis</i> the protective layers that surround the mature spore are formed ...
<p>(A) CotE and various deletion mutant versions of the protein are indicated. To the left of each c...
<p>Western blot with anti-CotG (A) and anti-CotB (B) antibodies of proteins extracted from mature sp...
<p>(A) Western blot of proteins extracted from the forespore compartment of sporulating cells of a w...
<p>Proteins extracted from mature spores of a wild type strain or from isogenic strains over-produci...
<p>Proteins for western blot analysis were extracted from: (A) mature spores of a wild type strain (...
<p>Proteins extracted from sporulating cells (forespores and mother cells) at various times during s...
<p>(A) SDS-PAGE fractionation of coat proteins from a wild type strain (PY79) and isogenic strains c...
<p>CotH-His was bound to a Ni-NTA column and the flowthrough (FT<sub>CotH</sub>) and washes (W1-W3, ...
In Bacillus subtilis the protective layers that surround the mature spore are formed by over seventy...
<p>(A) Analysis of amylase activity. CotC-BmADH mutant strains and <i>B. subtilis</i> 168 (trp-) wid...
<p>(A) Thick gray and black arrows indicate the coding parts of <i>cotG</i> and <i>cotH</i>, respect...
CotE is a morphogenic protein that controls the assembly of the coat, the proteinaceous structure th...
<p>Panel A - Spore coat proteins were extracted analysed by western blotting with anti-CotC antibody...
The C-terminal sequence of a protein is involved in processes such as efficiency of translation term...
<div><p>In <i>Bacillus subtilis</i> the protective layers that surround the mature spore are formed ...