Search Results - "GRABAR, Tammy Bohannon"

Functional Incorporation of Chimeric b Subunits into F1Fo ATP Synthase by Claggett, Shane B, Grabar, Tammy Bohannon, Dunn, Stanley D, Cain, Brian D

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Integration of b Subunits of Unequal Lengths into F1F0-ATP Synthase by Grabar, Tammy Bohannon, Cain, Brian D.

“…In Escherichia coli the peripheral stalk of F1F0-ATP synthase consists of a parallel dimer of identical b subunits. However, the length of the two b subunits…”
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Genetic Complementation between Mutant b Subunits in F1F0 ATP Synthase by Grabar, Tammy Bohannon, Cain, Brian D

“…In Escherichia coli , a parallel homodimer of identical b subunits constitutes the peripheral stalk of F 1 F 0 ATP synthase. Although the two b subunits have…”
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Genetic Complementation between Mutant b Subunits in F sub(1)F sub(0) ATP Synthase by Grabar, Tammy Bohannon, Cain, Brian D

“…In Escherichia coli, a parallel homodimer of identical b subunits constitutes the peripheral stalk of F sub(1)F sub(0) ATP synthase. Although the two b…”
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Functional Incorporation of Chimeric b Subunits into F 1 F o ATP Synthase by Claggett, Shane B., Grabar, Tammy Bohannon, Dunn, Stanley D., Cain, Brian D.

“…F 1 F o ATP synthases function by a rotary mechanism. The enzyme's peripheral stalk serves as the stator that holds the F 1 sector and its catalytic sites…”
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Functional Incorporation of Chimeric b Subunits into F sub(1)F sub(o) ATP Synthase by Claggett, Shane B, Grabar, Tammy Bohannon, Dunn, Stanley D, Cain, Brian D

“…F sub(1)F sub(o) ATP synthases function by a rotary mechanism. The enzyme's peripheral stalk serves as the stator that holds the F sub(1) sector and its…”
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functional Incorporation of Chimeric b Subunits into F^sub 1^F^sub o^, ATP Synthase[white triangle down] by Claggett, Shane B, Tammy Bohannon Grabar, Dunn, Stanley D, Cain, Brian D

“… ATP synthases function by a rotary mechanism. The enzyme's peripheral stalk serves as the stator that holds the ... sector and its catalytic sites against…”
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Functional incorporation of chimeric b subunits into F1F0 ATP synthase by CLAGGETT, Shane B, GRABAR, Tammy Bohannon, DUNN, Stanley D, CAIN, Brian D

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Manipulating the length of the b subunit F1 binding domain in F1F0 ATP synthase from Escherichia coli by Bhatt, Deepa, Cole, Stephanie P, Grabar, Tammy Bohannon, Claggett, Shane B, Cain, Brian D

“…The peripheral stalk of F(1)F(0) ATP synthase is composed of a parallel homodimer of b subunits that extends across the cytoplasmic membrane in F(0) to the top…”
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Manipulating the Length of the b Subunit F sub(1) Binding Domain in F sub(1)F sub(0) ATP Synthase from Escherichia coli by Bhatt, Deepa, Cole, Stephanie P, Grabar, Tammy Bohannon, Claggett, Shane B, Cain, Brian D

“…The peripheral stalk of F sub(1)F sub(0) ATP synthase is composed of a parallel homodimer of b subunits that extends across the cytoplasmic membrane in F…”
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Mutagenesis studies of the F1F0 ATP synthase b subunit membrane domain by Hardy, Andrew W, Grabar, Tammy Bohannon, Bhatt, Deepa, Cain, Brian D

“…A homodimer of b subunits constitutes the peripheral stalk linking the F1 and F0 sectors of the Escherichia coli ATP synthase. Each b subunit has a…”
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Contributions of the individual b subunits to the function of the peripheral stalk of F1F0 ATP synthase by Grabar, Tammy Weng Bohannon

“…The universal molecule of biological energetics is adenosine triphosphate (ATP), and the enzyme involved in providing the majority of cellular ATP is F1F0 ATP…”
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