Plasmid Database Entries: A Checklist Before You Click Save

An implementation checklist for a plasmid database entry is an intake gate, not a provenance essay and not a channel comparison. Do not click Save until the backbone is named, bacterial resistance is filled, and the file identity matches the record name. A pretty map with an empty resistance field is an orphan waiting to happen. Plasmid provenance owns source, passage, and license. This page owns the row that makes the plasmid findable.

What Must Exist Before You Click Save

The search is plasmid database entry checklist. The object is the shared catalog row. Addgene's deposit process asks for a description, insert or gene name, mutations, antibiotic resistance, growth conditions, and sequence. Its deposit spreadsheet adds plasmid name, purpose, vector type, bacterial resistance, and high- or low-copy class. Those columns are an intake analogue. They are not a requirement to use Addgene, and they are not a rank of Addgene against an integrated library.

A complete internal entry needs the same minimum: a unique name, a named backbone, a resistance that someone can put on a plate, a copy-class or ori, and a file whose name matches the record. Molecule versus cloning-job names should already be settled before that row is typed.

Database Entry Steps

1. Create or reuse a unique plasmid name. Match the name the lab already uses in notebooks. Do not invent a second alias on Save.
2. Write a one-sentence purpose that a stranger can search: what the plasmid does, not how elegant the map looks.
3. Name the vector backbone and any modification to that backbone. “Unknown” is a reject, not a field value.
4. Enter bacterial resistance from a controlled list. Empty resistance is a reject.
5. Record high- or low-copy class, or the ori family if the lab stores that instead.
6. Enter insert name and species of origin when an insert exists. Empty-backbone records should say empty backbone.
7. Attach the sequence or map file. The file name must match the record name. A screenshot named final2 is not an attachment.
8. Assign an owner who can answer a request this week. Save only after a second person can find the row.

After those fields exist, a catalog surface such as ZettaGene or the Zettalab Plasmid Library can hold the record. Do not invent how many plasmids that library currently lists. Official cloning simulation remains restriction, Gibson, and homologous alignment.

Expected Result and Verification

The expected result is a row a second person can retrieve by name and by resistance, opening a file that is the same molecule the name claims. Verification is that search. If the row cannot be found, or the file opens a different length than the record states, the Save was illegal. Roll back to draft. Do not leave the orphan in production because the map looked finished. The owner named on the row must be a person who can ship or refuse a request this week. A departed student as the only owner is a failed verification even when every other field is filled.

Failures That Leave an Orphan File

The common orphan is a GenBank or PNG dropped on a shared drive with no resistance and no backbone. The next is a record that stores provenance only in chat — that story belongs on the provenance page, but it still does not replace intake fields. The third is a duplicate name with a new file attached, so search returns the wrong circle. If the remaining job is who first made the plasmid and under what license, stop this checklist and open provenance. If the remaining job is whether the map features are complete, that is a later completeness page, not this Save gate.

Frequently Asked Questions

Can I save a plasmid database entry with only a map screenshot?

No. A screenshot without a named backbone, resistance, and matching file is an orphan.

Is a database entry the same as a provenance record?

No. Provenance is the source-passage-license story. This page is the intake row that makes the plasmid findable.