The Impact of DNA Technologies on the Future of Criminal Offender DNA Databases

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Transcript of The Impact of DNA Technologies on the Future of Criminal Offender DNA Databases

The Impact of DNA Technologies

On the Future of Criminal Offender DNA Databases

Presented by Tim SchellbergGordon Thomas Honeywell Governmental AffairsHuman Identification Solutions Conference – Madrid, SpainMarch 4, 2015

tims@gth-gov.com(253) 209-8818

Solve

Prevent

Exonerate

Save

United Kingdom, USA, New Zealand, Australia

& Western EuropeEarly Adopters

Data from early adopters pushed the rest of

the world forward

Countries to follow: 49 Countries Implemented

49 COUNTRIES HAVE IMPLEMENTED NATIONAL PROGRAMS

OVER 60 MILLION OFFENDER SAMPLES

These countries have implemented legislation/polices on a national basis to database the DNA of a defined category of criminal offender

AustraliaAustriaBahrainBarbadosBelarusBelgiumCanadaCzech RepublicChileChinaCroatiaCyprusDenmarkEstonia

FinlandFranceGermanyHong KongHungaryIcelandIsraelJapanJordanKuwaitLatviaLithuaniaNetherlandsNew Zealand

MacedoniaMalaysiaMauritiusNorwayOmanPanamaPolandPortugalQatarRussiaSloveniaSlovakiaSingaporeSouth Korea

SpainSwedenSwitzerlandTaiwanUnited Arab EmiratesUnited KingdomUnited StatesUruguay

IndiaIndonesiaBrazilPakistanNigeriaBangladeshMexicoPhilippinesVietnamIranEgyptTurkeyThailand

ItalySouth AfricaColombiaKenyaArgentinaUkraineAlgeriaUgandaMoroccoSaudi ArabiaPeruVenezuelaSri Lanka

KazakhstanEcuadorGreeceIrelandBotswana

2015-2025 Predictions80 Countries, 100–150 Million Profiles

�Many of the remaining 117 countries will face challenges to develop databases

• Average per capita annual income is below $5,000 USA

�Conclusion: Many of the remaining countries will need new methods to move forward

Next Generation Sequencing

(NGS)

Rapid DNA

Ion Personal Genome Machine® (PGM™) System is For Research, Forensic or Paternity Use Only. Not for use in diagnostic procedures.

GOING FASTER WITHOUT LAB PERSONNEL - WHAT’S THE IMPACT?

� Reference Samples

• Enabling Law Changes – Allowing non accredited labs to do the testing.

� Casework

• Inevitable – Protocols will be necessary

� Ownership

• Putting DNA in the hands of law enforcement will increase utilization

Military

The 117 Countries Who May Not Have Infrastructure

Boarder Control - Detainee

Immigration/Refugee Process

Casework: How deep should we look?

• More STRs

• mtDNA

• “Appearance” SNP’s

• YSTRs/Other Pedigree Assisting Markers

• “Personal Information” SNP’s

• Impact on Innocent Suspects

Prediction:

• Duty of Government to Inform

We will see legislation to regulate the use of NGS in casework.

International discussion and protocols would be beneficial

Reference Samples: What is the timeline?

• 10 years – 20 years – more?

What will be included?

• More STRs, YSTRs, Mito, Autosomal

SNPs?

Consider impact on challenging samples

.

Legislative debate will be limited

Criminal DNA Database will continue to grow & expand into new countries

Now Probable Possible

Peru Newborn Pilot

Discussion for whole population databases grows in the Middle

East

Denmark Study:“Nearly 80% say that cataloging the DNA of everyone in the country is a good idea.”- Copenhagen Post(February 4, 2015)

Changing Attitudes

DNA database policies should focus on building public trust

• Proactively regulate the use of NGS Personal Information SNP’s

• Sample & Profile Destruction & Control

• Arrestees• Voluntary Samples• Innocent Suspects

• Paternity Sensitivities

• Familial Searching

Privacy issues with

Personalized Medicine

Whole Genome

Health Systems

Doctors

Research Institutions

Multiple Government Agencies

Insurance Companies

Big Data Companies

Paternity Awareness

Genetic Weakness

Privacy issues with Human

Identification Databases

Limited Identity Genetic Markers

Limited Government Agencies

Speaker was provided travel and hotel support by Thermo Fisher Scientific for this presentation, but no remuneration.