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Bakteryjny transgen katalazy chroni translację białka D1

Bakteryjny transgen katalazy chroni translację białka D1

Khaled AlTaweel

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Editorial:
KS OmniScriptum Publishing
Año de edición:
2025
Materia
Biologia, ciencias de la vida
ISBN:
9786207819232
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Streszczenie Wektor binarny pBI101-katE zawierający gen katE pochodzący z Escherichia coli i sterowany promotorem genu małej podjednostki Rubisco pomidora, rbcS3C, został wyizolowany i scharakteryzowany molekularnie, a następnie transformowany do komórek kompetentnych metodą szoku cieplnego. Wektor binarny został transformowany do kompetentnych komórek Agrobacterium tumefaciens na dwa sposoby: pierwszy poprzez metodę trójrodzicielskiego krzyżowania, a drugi poprzez metodę elektroporacji. Konstrukt pBI101-katE wprowadzono do pomidora karłowatego poprzez transformację za pośrednictwem Agrobacterium tumefaciens. Konstrukt wprowadzono również do tytoniu poprzez bombardowanie biolistyczne. Potencjalne rośliny transgeniczne zregenerowano i poddano dalszej selekcji za pomocą PCR. Analiza PCR roślin T1 z niezależnych kalusów wykazała obecność genów katE i nptII.

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    Abstract Il vettore binario pBI101-katE contenente il gene katE derivato dall’Escherichia coli e guidato dal promotore del gene della subunità piccola della Rubisco del pomodoro, rbcS3C, è stato isolato e caratterizzato molecolarmente, quindi trasformato in cellule competenti utilizzando il metodo dello shock termico. Il vettore binario è stato trasformato in cellule competenti...
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    Résumé Le vecteur binaire pBI101-katE contenant le gène katE dérivé d’Escherichia coli et régulé par le promoteur du gène de la petite sous-unité de la Rubisco de la tomate, rbcS3C, a été isolé et caractérisé moléculairement, puis transformé en cellules compétentes à l’aide de la méthode du choc thermique. Le vecteur binaire a été transformé en cellules compétentes d’Agrobacter...
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    Khaled AlTaweel
    Resumo O vetor binário pBI101-katE, que contém o gene katE derivado da Escherichia coli e impulsionado pelo promotor do gene da subunidade pequena da Rubisco do tomate, rbcS3C, foi isolado e caracterizado molecularmente, sendo depois transformado em células competentes utilizando o método de choque térmico. O vetor binário foi transformado em células competentes de Agrobacteriu...
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