Phi29 MAX DNA Polymerase

Overview

Phi29 MAX DNA Polymerase is a research-use DNA polymerase supporting DNA library preparation standalone enzyme workflows. Phi29 MAX DNA Polymerase is a NA polymerase cloned from Bacilus subtilis phage phi29. Key notes from the supplied features include: Simple and fast isothermal reaction, suitable for preparation of plasmid samples for sequencing. To support repeatable purchasing and recordkeeping, the copy reflects the supplied description and features—without overpromising beyond what’s provided.

Key Benefits

• Fast: Simple and fast isothermal reaction, suitable for preparation of plasmid samples for sequencing for DNA library preparation standalone enzyme documentation and method consistency.
• Excellent performance: High fidelity, strong strand conversion activity, suitable for whole genome amplification for DNA library preparation standalone enzyme documentation and method consistency.
• Phi29 MAX DNA Polymerase is a NA polymerase cloned from Bacilus subtilis phage phi29.
• Phi29 MAX DNA Polymerase exhibits astrong strand-displacement activity.
• These functions allow for unwinding and replicaton of DNA complex structure, and it can conduct isothermal DNA polymerization independent of thermal cycling in vitro.

How it supports your workflow

Research workflows move faster when the product choice, rationale, and documentation are all in sync—especially for routine assays and repeat ordering. For DNA library preparation standalone enzyme workflows, the goal is often to keep the scientific rationale and the purchasing record aligned. Phi29 MAX DNA Polymerase is a NA polymerase cloned from Bacilus subtilis phage phi29. Phi29 MAX DNA Polymerase exhibits astrong strand-displacement activity. These functions allow for unwinding and replicaton of DNA complex structure, and it can conduct isothermal DNA polymerization independent of thermal cycling in vitro. The supplied feature set highlights fast and excellent performance, which can help teams standardize language and expectations across similar products. Because projects evolve, we aim for descriptions that remain searchable, specific, and easy to compare across catalog numbers—so you can reorder confidently and keep documentation consistent. It also helps when you need to hand off a method to a colleague, reference a catalog item in a report, or keep purchasing approvals moving without back-and-forth.

Applications & compatibility

Compatibility is most useful when it’s stated plainly, so teams can match products to their existing workflows. This feature guarantees the high fidelity of DNA synthesis, and is very suitable for in vitro preparation of plasmids and whole-genome synthesis. If you’re matching this item to an established SOP, use the product name, catalog number, and the supplied features as the primary reference points. Use the application notes as a scope guide: they indicate fit and compatibility language drawn from the supplied product information, not assumptions beyond it.

Ideal for: teams building or refining DNA library preparation standalone enzyme workflows workflows, especially when multiple users need the same language for ordering, reporting, and day-to-day bench notes. Ideal when you need a quick, confident match between what’s on the page and what’s in your records.