Tte UvrD Helicase

Reagent Code: #238883

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inventory_2 Storage & Handling
Storage -20°C

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Tte UvrD Helicase is primarily used in molecular biology research, especially in DNA repair and replication studies. It plays a key role in nucleotide excision repair (NER), helping to unwind damaged DNA segments so they can be excised and replaced. Due to its high processivity and unwinding efficiency, it is employed in in vitro assays to study helicase mechanisms and protein-DNA interactions. It is also utilized in biotechnological applications such as DNA amplification techniques and single-molecule experiments where controlled DNA unwinding is required. Its thermostable nature makes it suitable for use in high-temperature enzymatic reactions, enhancing its utility in diagnostic and synthetic biology platforms.

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Size Availability Unit Price Quantity
inventory 50μg
10-20 days ฿57,060.00
Tte UvrD Helicase
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Tte UvrD Helicase is primarily used in molecular biology research, especially in DNA repair and replication studies. It plays a key role in nucleotide excision repair (NER), helping to unwind damaged DNA segments so they can be excised and replaced. Due to its high processivity and unwinding efficiency, it is employed in in vitro assays to study helicase mechanisms and protein-DNA interactions. It is also utilized in biotechnological applications such as DNA amplification techniques and single-molecule e

Tte UvrD Helicase is primarily used in molecular biology research, especially in DNA repair and replication studies. It plays a key role in nucleotide excision repair (NER), helping to unwind damaged DNA segments so they can be excised and replaced. Due to its high processivity and unwinding efficiency, it is employed in in vitro assays to study helicase mechanisms and protein-DNA interactions. It is also utilized in biotechnological applications such as DNA amplification techniques and single-molecule experiments where controlled DNA unwinding is required. Its thermostable nature makes it suitable for use in high-temperature enzymatic reactions, enhancing its utility in diagnostic and synthetic biology platforms.

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