1. Introduction

The Right to Correction of Genetic Misinformation is an emerging legal principle in biotechnology, medical law, genetic privacy, and data protection. It refers to an individual's right to seek the correction, amendment, updating, or removal of inaccurate, misleading, incomplete, or improperly interpreted genetic information held by hospitals, laboratories, biotechnology companies, research institutions, insurance providers, and government authorities.

Genetic information is particularly sensitive because it can reveal inherited diseases, hereditary risks, biological relationships, ancestry, reproductive characteristics, and potential future health conditions.

Incorrect genetic information can have serious consequences, including:

Wrong medical diagnoses and treatment decisions.

Unnecessary medical procedures.

Discrimination in employment and insurance.

Incorrect identification of biological relatives.

False conclusions in criminal investigations.

Psychological distress and damage to personal reputation.

Inaccurate genetic risk classifications affecting future generations.

For example, if a genetic laboratory incorrectly records an individual as carrying a pathogenic BRCA1 variant, that information may lead to unnecessary medical surveillance, preventive surgery, or family testing.

The right to correction therefore protects not only informational accuracy but also bodily autonomy, privacy, dignity, equality, and access to appropriate healthcare.

Important legal distinction: There is no universally recognised, standalone right to correction of genetic misinformation in every jurisdiction. Rather, the right is developed through data-protection legislation, medical negligence principles, constitutional privacy protections, consumer law, and judicial decisions concerning inaccurate personal and medical information.

2. Meaning and Scope of Genetic Misinformation

Genetic misinformation refers to incorrect, misleading, outdated, improperly interpreted, or falsely attributed information concerning an individual's genetic characteristics.

It can arise in several ways.

A. Laboratory errors

Incorrect DNA sequencing.

Sample contamination.

Misidentification of biological samples.

Incorrect recording of genetic variants.

Errors in laboratory reporting.

B. Interpretation errors

A genetic variant may be incorrectly classified as pathogenic when it is actually benign or uncertain.

C. Database errors

Incorrect genetic information may be copied between hospitals, research institutions, commercial genetic databases, and government registries.

D. Algorithmic errors

Artificial intelligence systems may generate incorrect genetic disease predictions because of inadequate training data, population bias, or defective analytical models.

E. Incomplete or outdated information

A genetic variant previously classified as uncertain may later be reclassified as benign or pathogenic. Failure to update the original report can create continuing misinformation.

3. Legal Foundations of the Right to Correction

A. Right to privacy

Genetic information forms part of an individual's deeply personal information. Its inaccurate collection, storage, or disclosure may interfere with privacy and personal autonomy.

The right to correction helps individuals maintain control over the accuracy of their genetic identity.

B. Right to informational self-determination

Individuals should have meaningful control over how their genetic information is collected, interpreted, stored, and used.

This principle supports the ability to challenge incorrect genetic records and seek appropriate amendments.

C. Right to bodily integrity

Incorrect genetic predictions may influence serious medical decisions, including preventive surgery, reproductive choices, and long-term treatment.

Correcting misinformation helps prevent medical intervention based on unreliable scientific conclusions.

D. Right to equality and non-discrimination

Incorrect genetic classifications may expose individuals to discriminatory treatment in employment, healthcare, and insurance.

Correction mechanisms can help prevent adverse decisions based on false genetic information.

E. Right to access and rectify personal data

Modern data-protection frameworks increasingly recognise rights to access inaccurate personal information and request its correction.

This provides an important statutory foundation for genetic-data correction.

4. Important Legislative Frameworks

A. India

1. Digital Personal Data Protection Act, 2023

Section 12 is particularly important because it recognises the right to correction, completion, updating, and erasure of personal data.

Under Section 12(2), a Data Fiduciary receiving a correction request must:

Correct inaccurate or misleading personal data.

Complete incomplete personal data.

Update personal data.

This provision can apply to genetic information processed as personal data, subject to the Act's applicable conditions and exemptions.

IndiaCode+1

2. Constitution of India

Article 21 protects life and personal liberty, including the constitutional right to privacy.

Articles 14 and 21 are relevant where inaccurate genetic information leads to arbitrary state action, discrimination, or interference with personal autonomy.

3. Information Technology and medical confidentiality

The Information Technology Act, 2000, and applicable rules have historically provided safeguards relevant to sensitive personal information, including medical records. Their present interaction with the DPDP framework must be assessed in light of commencement provisions and applicable rules.

B. Australia

Australia provides a particularly developed framework for correcting inaccurate health and genetic information.

Privacy Act 1988 (Cth) – Australian Privacy Principle 13

APP 13 requires organisations and agencies covered by the Australian Privacy Principles to take reasonable steps to correct personal information so that it is:

Accurate.

Up to date.

Complete.

Relevant.

Not misleading.

APP 13 also provides for notification of third parties where corrected information was previously disclosed, written reasons when correction is refused, and the attachment of a statement recording the individual's disagreement.

This is especially relevant to genetic laboratories, hospitals, biotechnology organisations, and genetic databases.

OAIC+1

APP 10 – Quality of personal information

APP 10 requires reasonable steps to ensure the quality of personal information collected, used, and disclosed.

Together, APP 10 and APP 13 create an important framework for preventing and correcting genetic misinformation.

C. European Union

General Data Protection Regulation (GDPR), 2016

Three provisions are especially relevant:

Article 5(1)(d): Personal data must be accurate and kept up to date where necessary.

Article 16: Right to rectification of inaccurate personal data and completion of incomplete data.

Article 18: Right to restriction of processing in specified circumstances, including while accuracy is contested.

Genetic data receives special protection under Article 9 because it constitutes a special category of personal data.

Consequently, inaccurate genetic information may raise both accuracy and sensitive-data protection concerns.

D. United Kingdom

The UK GDPR provides rights under Article 16 to correct inaccurate personal data and complete incomplete personal data.

The Data Protection Act 2018 also provides the relevant statutory framework.

An important distinction is that a patient cannot automatically require a doctor to remove a genuine historical record merely because the diagnosis was subsequently found to be wrong. The record may need to preserve the original diagnosis while clearly recording the later correction.

Information Commissioner's Office+1

5. Important Case Laws

The following decisions establish principles relevant to genetic misinformation. Some directly interpret rectification rights, while others establish supporting constitutional, privacy, and medical-negligence principles. They should not all be described as cases specifically about genetic-data correction.

1. Deldits v Országos Idegenrendészeti Főigazgatóság (C-247/23, 2025)

Direct rectification precedent

Court: Court of Justice of the European Union.

Legal issue: Whether an authority maintaining a public register must correct inaccurate personal data concerning an individual's gender identity.

Judgment:

The Court held that Article 16 GDPR requires rectification of inaccurate personal data. It also ruled that a Member State cannot make rectification conditional on proof of gender reassignment surgery through an administrative practice.

The individual may be required to provide relevant and sufficient evidence, but the evidentiary requirement must be reasonable.

Relevance to genetic misinformation:

This judgment establishes that public authorities cannot arbitrarily obstruct the correction of inaccurate personal identity information.

By analogy, genetic databases and government genetic registries should provide accessible and reasonable procedures for challenging inaccurate genetic identity records.

EUR-Lex+1

2. Nowak v Data Protection Commissioner (C-434/16, 2017)

Court: Court of Justice of the European Union.

Legal issue: Whether examination answers and examiner comments constitute personal data.

Judgment:

The Court recognised that information connected with an identifiable individual may constitute personal data, including information reflecting an individual's performance and evaluation.

It also explained that accuracy and completeness must be assessed in relation to the purpose for which information was collected.

Relevance to genetic misinformation:

Genetic assessments, variant classifications, laboratory interpretations, and predictive health evaluations may constitute personal data.

The case supports the argument that information about an individual cannot escape data-protection scrutiny merely because it contains professional or scientific assessments.

However, an expert opinion is not automatically inaccurate merely because the individual disagrees with it.

3. Google LLC v Commission nationale de l'informatique et des libertés (C-460/20, 2022)

Court: Court of Justice of the European Union.

Legal issue: Removal of allegedly inaccurate information from search results.

Judgment:

The Court examined the right to de-referencing of allegedly inaccurate information and the evidence that an individual may be required to provide.

It recognised the importance of balancing personal-data protection against competing rights and interests.

Relevance to genetic misinformation:

Suppose an online genetic database publishes an incorrect disease-risk classification connected to an identifiable person.

This decision provides useful principles for challenging the continued dissemination of allegedly inaccurate personal information.

However, de-referencing is different from correcting the underlying laboratory or medical record.

4. Justice K.S. Puttaswamy (Retd.) v Union of India (2017) 10 SCC 1

Court: Supreme Court of India.

Legal issue: Whether privacy is a fundamental right under the Constitution.

Judgment:

The nine-judge Constitution Bench unanimously recognised privacy as a fundamental right protected by Article 21 and other constitutional freedoms.

The judgment discussed informational privacy and the protection of personal information, including medical records.

Relevance to genetic misinformation:

Genetic information is deeply personal and can reveal intimate facts about an individual and their biological relatives.

The constitutional protection of informational privacy supports arguments for accurate handling, appropriate correction, confidentiality, and protection against misuse of genetic information.

The judgment does not, however, establish a separate express constitutional right to amend every genetic record.

5. Samira Kohli v Dr. Prabha Manchanda (2008) 2 SCC 1

Court: Supreme Court of India.

Legal issue: Medical consent and the limits of permissible medical intervention.

Judgment:

The Supreme Court emphasised the importance of informed consent before medical procedures, subject to recognised exceptions.

Relevance to genetic misinformation:

Where an inaccurate genetic report influences a medical intervention, the reliability of the information supporting the patient's consent becomes important.

For example, a patient who undergoes an irreversible preventive procedure based on a falsely reported genetic mutation may raise questions involving informed consent, medical negligence, and causation.

6. Jacob Mathew v State of Punjab (2005) 6 SCC 1

Court: Supreme Court of India.

Legal issue: Standards for establishing medical negligence.

Judgment:

The Court examined the professional standard of care applicable to medical practitioners and explained the requirements for establishing negligence.

Relevance to genetic misinformation:

A genetic laboratory or medical professional may face liability where an inaccurate report results from a failure to follow appropriate professional standards.

Relevant questions include:

Was the testing procedure reasonable?

Was the sample correctly identified?

Were appropriate quality-control measures followed?

Was the genetic result properly interpreted?

Was the patient informed about material uncertainty?

The case provides a negligence framework rather than a direct right-to-rectification ruling.

7. Spring Meadows Hospital v Harjol Ahluwalia (1998) 4 SCC 39

Court: Supreme Court of India.

Legal issue: Medical negligence and liability for deficient healthcare services.

Judgment:

The Supreme Court considered liability arising from negligent medical treatment and recognised the importance of consumer protection in healthcare services.

Relevance to genetic misinformation:

A patient may potentially pursue a consumer-law remedy where defective genetic testing or negligent reporting amounts to a deficiency in medical services and causes legally recognised injury.

The claimant must establish the applicable elements of liability, including causation and loss.

6. Application of the Right in Different Biotechnological Areas

7. Rights and Responsibilities of Individuals

A person affected by genetic misinformation should be able to seek:

1. Access to genetic records

The individual should be able to obtain relevant genetic reports, test results, and associated personal data, subject to applicable legal limitations.

2. Correction of factual errors

Incorrect names, sample identification numbers, test results, and recorded genetic variants should be corrected where established to be inaccurate.

3. Independent verification

Where serious doubt exists, an individual should be able to seek an independent laboratory assessment or second professional opinion.

4. Updating of genetic classifications

Where scientific evidence changes the classification of a genetic variant, relevant records should be updated to reflect the current scientific position.

5. Notification of third parties

Where legally required or reasonably available, corrected information should be communicated to organisations that previously received the inaccurate information.

6. Explanation of refusal

A refusal to correct information should be supported by appropriate reasons and information about available complaint mechanisms.

8. Responsibilities of Genetic Laboratories and Biotechnology Companies

Genetic laboratories and biotechnology organisations have important responsibilities in preventing the spread of genetic misinformation.

Their legal and professional obligations may include:

Scientific accuracy: Maintaining validated testing procedures and appropriate laboratory standards.

Sample traceability: Ensuring that genetic samples are correctly identified and attributed.

Quality assurance: Conducting regular audits of testing equipment, databases, and analytical processes.

Transparent reporting: Clearly distinguishing confirmed genetic findings from uncertain predictions.

Correction procedures: Establishing accessible procedures for patients to challenge inaccurate reports.

Version control: Maintaining records of earlier and updated genetic classifications.

Third-party notification: Taking appropriate steps to inform recipients of corrected information.

AI accountability: Reviewing automated genetic assessments for errors, bias, and scientific limitations.

In Australia, the OAIC's guidance specifically recognises that health information requires careful correction because inaccurate medical information can have serious consequences for patients.

OAIC+1

9. Major Legal Challenges

Despite the growing recognition of data-correction rights, several difficulties remain.

A. Difference between factual error and scientific disagreement

An individual may disagree with a doctor's interpretation, but disagreement alone does not establish that the medical record is inaccurate.

B. Scientific uncertainty

Some genetic variants remain classified as variants of uncertain significance (VUS). Such uncertainty should not be incorrectly represented as a confirmed diagnosis.

C. Historical medical records

Deleting an earlier incorrect diagnosis may undermine the integrity of medical records. A better solution may be to preserve the historical entry while clearly recording the corrected conclusion.

D. Cross-border genetic databases

Genetic information may be transferred between laboratories and research organisations in different countries. Correcting the original record does not automatically correct every overseas copy.

E. Algorithmic misinformation

AI-based genetic prediction systems may reproduce inaccurate results even after the underlying genetic information has been corrected.

F. Family-related genetic information

Genetic findings can reveal information about biological relatives. Correction must therefore consider the privacy and legitimate interests of other individuals.

10. Suggested Legal and Regulatory Reforms

A comprehensive legal framework should introduce the following safeguards:

A specific statutory right to challenge inaccurate genetic information.

Mandatory independent review of disputed high-impact genetic findings.

Time-bound procedures for correcting laboratory errors.

Mandatory documentation of changes to genetic variant classifications.

Notification requirements for recipients of materially corrected reports.

Clear identification of AI-generated genetic predictions.

Protection against adverse decisions based solely on disputed genetic information.

Effective compensation and grievance mechanisms for serious harm.

International cooperation for correcting inaccurate cross-border genetic records.

11. Conclusion

The Right to Correction of Genetic Misinformation is an important emerging principle of modern biotechnology law. It protects individuals against the medical, social, economic, and psychological consequences of inaccurate genetic information.

The principle is supported by the right to privacy, informational self-determination, medical consent, data accuracy, and professional accountability.

The decisions in Puttaswamy, Samira Kohli, Jacob Mathew, Nowak, and particularly Deldits provide useful judicial foundations for developing this protection.

India's Digital Personal Data Protection Act, 2023, through Section 12, and Australia's Privacy Act 1988, through APP 13, provide important statutory mechanisms for correcting inaccurate personal information.

Ultimately, genetic information should not become an unquestionable or permanent record of a person's biological identity. Individuals should have meaningful opportunities to challenge errors, obtain scientific reassessment, and ensure that corrected information is reflected wherever reasonably possible.

The central legal principle is that scientific records must remain accountable to scientific evidence, individual rights, and procedural fairness.

12. Important Case Law Revision Table

Research note: The Indian medical-negligence decisions and privacy judgment establish supporting principles; they do not directly decide a claim for correction of a genetic test report. Deldits is a direct interpretation of the GDPR right to rectification, although its subject was gender identity rather than genetic information.

For academic research, the most important statutory provisions to compare are Section 12 of India's DPDP Act, APP 13 of Australia's Privacy Act, and Articles 5, 9, 16 and 18 of the GDPR.