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Form Plug-and-play starting point Sterility & Microbiology

Form: Objectionable Organism Determination

A plug-and-play risk-based assessment to decide whether a recovered organism is objectionable for a given product: the inputs (route, population, pathogenicity, survival, source), the reasoned determination, the decision authority, and the product-impact linkage, with a filled specimen.

Document type: Form

Read and copy the template below into your own quality system. It is a generic starting point for your own internal use, provided as is, with no warranty; see the Terms and License. Adopting it does not by itself create compliance.

This is a ready-to-use form for determining whether a recovered organism is objectionable in the context of a specific product. The determination is risk-based and product-specific, not a fixed list, so the form captures the inputs and the reasoning rather than a lookup. Replace every <<FILL: ...>> placeholder, attach it to the governing investigation, and route it through your normal review and approval. Field definitions and a filled specimen follow. This content is educational reference, not legal or regulatory advice.

Form header

FieldFormatRequiredWhoWhen
Form number<<FILL: OOD-ID>>YesAuthorAt raise
Investigation / deviation referencetextYesAuthorAt raise
Organism (final identification)textYesMicro SMEAfter ID
Identification level and record reftextYesMicro SMEAfter ID
Product / material affectedtextYesAuthorAt raise
DatedateYesAuthorAt raise

1. Product and context inputs

InputEntry
Product type<<FILL: sterile injectable / inhalation / topical / nonsterile oral / API / other>>
Route of administration<<FILL>>
Patient population<<FILL: general / paediatric / immunocompromised / other>>
Preservative system<<FILL: present and type, or none>>
Manufacturing context<<FILL: aseptic fill / terminal sterilization / nonsterile, plus area/grade of recovery>>
Numeric limit status<<FILL: within / exceeds bioburden or EM limit>>

2. Organism risk drivers

DriverAssessment
Route and population sensitivity<<FILL>>
Pathogenicity / toxin (e.g. endotoxin for Gram-negatives)<<FILL>>
Ability to survive or grow in the product / resist the preservative<<FILL>>
Source significance (e.g. waterborne Gram-negative near a sterile fill)<<FILL>>
Recognized association with recalls / patient harm<<FILL>>

3. Determination

FieldEntry
Objectionable for this product/context?Yes / No
Reasoning<<FILL: tie the determination to the drivers above>>
Critical-zone rule applied (sterile)<<FILL: for sterile critical zones, any recovered organism is treated as significant>>
Decision authorityMicro SME and QA

4. Product-impact and onward actions

FieldEntry
Batch impact assessment reference<<FILL>>
Disposition input<<FILL: how this determination feeds disposition>>
Water system / preservative review triggeredYes / No, <<FILL>>
Recall / field-action evaluation triggeredYes / No, <<FILL>>
Watch-list update<<FILL: added to organisms-of-concern list?>>

5. Approvals

RoleNameSignatureDate
Micro SME<<FILL>>
QA<<FILL>>

QA must engage with the reasoning and the disposition input, not just sign; the determination drives whether product is at risk.

Field definitions

  • Objectionable organism: one that, given the product, route, population, and context, poses a risk to product quality or patient safety. The concept comes from 21 CFR 211.113 and is developed in USP <1111> and <62>. It is risk-based and product-specific.
  • Critical-zone rule: for sterile products made aseptically, any organism recovered in the critical zone is treated as significant and fully investigated, regardless of any “pathogen” list.
  • Numeric limit status: meeting a numeric bioburden limit does not end the inquiry; the identity can still make the organism objectionable.

Retention

Retain with the governing investigation for not less than <<FILL: retention period>>. The reasoned determination is the record an inspector traces when asking why an in-limit count was, or was not, escalated.


Filled specimen

The following shows the form completed for an example nonsterile oral liquid. Numbers and organisms are illustrative.

Form: OOD-2026-018. Investigation: DEV-2026-0207. Organism: Burkholderia cepacia complex (species-level, ID-2026-0809). Product: nonsterile oral liquid, aqueous.

InputEntry
Product type / route / populationNonsterile aqueous oral liquid; oral; general including potentially vulnerable users
Preservative systemPresent; the organism is known to resist some preservative systems
Numeric limit statusWithin the numeric bioburden limit
Route/population sensitivityModerate orally, but the organism is a recognized concern for aqueous products
Pathogenicity / survivalSurvives in water, resists some preservatives, associated with recalls of contaminated aqueous products
Source significancePoints to the water system and preservative efficacy

Determination: Objectionable in this context, despite the count being within the numeric limit. Reasoning: Burkholderia cepacia complex is a recognized objectionable organism for nonsterile aqueous products because of its water survival, preservative resistance, and recall history; the numeric limit being met does not change that. Actions: batch impact assessment raised; water system and preservative-efficacy review triggered; organism added to the facility watch list; QA and Micro SME approved.

The point this specimen makes: the numeric limit was met, and a count-only program would have released the batch. The identity, not the count, drove the escalation. That is exactly the determination this form exists to force.

Common inspection findings this form prevents

  • An objectionable-organism assessment skipped for nonsterile product because the count was within the numeric limit, missing a waterborne pathogen.
  • A determination made by micro alone with no QA engagement on product impact.
  • A “not objectionable” conclusion asserted with no reasoning tied to route, population, survival, or source.
  • A sterile critical-zone recovery treated as acceptable because it was not on a pathogen list.

How to adapt this form

  1. Set your form numbering and link it to your deviation system.
  2. Replace the driver list in section 2 with any additional inputs your products require.
  3. Maintain a facility watch list of organisms of concern and feed it from section 4.
  4. Make QA co-approval a hard gate; confirm the retention period against your schedule.
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