Archive for September, 2010

 

inqaba biotec and BODE Technology to host 2nd Annual African DNA Forensic conference 2010

Thursday, September 30th, 2010

inqaba biotec and BODE Technology to host 2nd Annual African DNA Forensic conference 2010 (more…)

Feedback from Interpol DNA User’s Conference

Wednesday, September 29th, 2010

This time last week I was sitting at the Interpol Headquarters in Lyon, France listening to the Chief of the USA FBI CODIS Unit talk about International DNA Exchange methods. This was only one of approximately 35 fascinating presentations delivered by representatives from over 50 countries. As you may well imagine, participating in a conference of this magnitude was extraordinary, and the value of being able to interact with the other representatives: priceless. A special mention of thanks needs to go to our generous sponsor, The Open Society Foundation for South Africa, which enabled us to attend this incredible conference.

Members of the Interpol DNA Monitoring Expert Group at the Conference

The keynote speaker was a highly respected Australian Forensic Scientist by the name of Dr Simon Walsh. Dr Walsh is the Co-ordinator of the Australian DNA Database who spoke about, amongst other topics, ‘New Technologies & Techniques in the 21st Century use of DNA‘. We heard about what he termed “the triumvirate of interests” which is the critical interplay between the police,  forensic scientists and the justice system. If you absent one of these 3 critical components when trying to implement a DNA Criminal Intelligence Database, the success of any DNA Database will fail to reach its expected outcome. This needs to be considered in great detail in a country such as South Africa where both our justice system and SAPS are fraught with problems. These challenges however are not unique to South Africa, and the way in which other countries have dealt with this, is by the implementation of a DNA Expansion Board or body of people, represented by the various departments as well as ethicists and parliamentarians and any other group relevant to that administration who collectively oversee the development of the DNA Database. I have spoken about this type of overseeing body on many occasions in the past and still believe that this approach would work well in South Africa, which in fact has the benefit of an already established DNA database as well as a functional forensic laboratory. Whether the Portfolio Committee reviewing our current legislation recognises this critical requirement however, is yet to be seen….

Carolyn and I arriving at Interpol Headquarters on the first day of the Conference

On a more complex level, and probably more relevant to countries such as the UK, Australia and the USA who have developed and utilised their DNA Databases successfully as criminal intelligence tools, Dr Walsh’s presentation went further to explore an inferential model for DNA database performance using data from major national DNA database programs. The parameters that optimise desirable database outputs (matches) were isolated and discussed, as was his approach for maximizing financial efficiency and minimizing ethical impact brought about by the successful implementation of DNA databases. Dr Walsh’s research takes important steps toward identifying measures of performance for forensic DNA database operations and should you wish to know more about his formulas he has developed to measure DNA Database outcomes, feel free to email me at info@dnaproject.co.za and I will send you the paper he has recently written on this subject.

What struck me most at the conference was the extent to which the majority of the countries government’s represented at the conference, were willing to put in whatever resources were required to establish and maximise the effectiveness of their respective DNA databases. It was also sobering to see how seriously they took crime and in some countries a stolen car was considered to be headline news and worthy of 24/7 resources to catch the perpetrator. You can just imagine the reaction that followed my presentation where I described the current situation in South Africa, spoke about my experience when my father was murdered and ended off the presentation with the VUKA ad which highlights the severity of crime in our country. To say that the audience was left in stunned silence at the end of my presentation, is perhaps an

Vanessa Lynch presenting at the Interpol DNA Conference

understatement. I think we all know how de-sensitized we are to crime in South Africa, but when people came up to me afterwards and told me they had literally choked-up during my presentation, I realised how far removed we really are and how dangerous this can be as it moves us into a place of acceptance of an absolutely, unequivocally unacceptable situation. And people kept asking me – but WHY doesn’t your government do something about this and WHY is it taking so long to pass this legislation which will convert all those unprocessed rape kits I had shown them, into a DNA profile which may lead the CSI’s to the perpetrator to STOP them from re-offending. And the best question: but WHY doesn’t your government or your parliamentarians RESPECT these victims and future victims of crime enough in your country to do something about this? Yes, WHY indeed?

Carolyn and Vanessa in the Interpol Headquarter's Garden

On the other end of the scale we heard from the United Arab Emirates (UAE) how they  have been given 1 BILLION US$ to implement a population database in their region – their crime rate, I recall, is something in the region of 950 reported crimes over 10 years?! The reason – to prevent future crime from occurring! Whilst this is not a realistic option in most parts of the world, it sparked serious debate amongst the audience in respect of the value and ethical considerations a population database would bring about. For those not familiar with the term ‘population database’, it simply means that instead of focusing on putting the criminal population on the DNA database, it puts the entire country’s DNA profiles on the database which creates a larger reference pool for matching purposes when a crime occurs and a DNA profile is uplifted from a crime scene. Theirs is going to be the first population database in the world, and what I found most significant was that legislation was not listed as a ‘requirement’ for its implementation! This is because, and I quote, “Legislation will be taken care of by the Minister of Interior”! No questions asked.

We thoroughly enjoyed listening to some fascinating case studies presented by different countries over the course of the 3 days, all of which obviously showed how DNA was used to track the perpetrator of the crime, and in some cases, from as far back as the early 1970′s and throughout the world using Interpol’s International DNA Database.

We were also shown a very exciting new website called the  “Forensic DNA World Map Project “. The World Map Project provides forensic scientists, criminal justice professionals and lawmakers with access to the policy, legislative, legal and technical knowledge-base of the countries throughout the world that have operational DNA database programs.  It is a free service but is limited to those individuals pursuing the information for the purpose of developing and refining forensic DNA policy.  One can apply for a password and if given, those Users may request additional country-specific information, such as enabling legislation, DNA database reports, presentations, statistical data, technical standards and media.  The WMP can also connect users with forensic DNA databasing leaders throughout the world.  I am going to suggest to our Parliamentary Researcher that she apply for a password to access this database and that she disseminate same to members of our Portfolio Committee – this is probably what they really need to look at to inform themselves of  International Best Practice (IBP) – in other words, an armchair tour of the World’s DNA Policies may be all they need to learn the most about how this technology is being implemented internationally and the issues and challenges each of those countries has had to deal with!! I have looked at the site and it is arguably one of the most informative portals when it comes to looking at IBP in this arena.

There was also a lot of discussion around familial searching, which is used mostly for DVI (Disaster Victim Identification) but in a more regulated way, to establish a link to the perpetrator when they pick up a familial link on the DNA database between a crime stain and a profile which already exists on the database. Judge Arthur Tompkins presented some very sound and objective arguments on both the legal and ethical issues surrounding the use of familial searching. Having listened to these discussions I think it would be prudent for South Africa to consider inserting a provision in our new DNA legislation to regulate this area of the database.

Judge Tompkins also provided us with very valuable insight into the lessons learned from the outcome of the contentious S & Marper cases which reached the European Human Rights Courts. I so wished even ONE member of our Portfolio Committee could have been there to participate in these discussions, as they have stated on more than one occasion that they are considering the outcome of this case in the review of our legislation.  This case you may recall, centres around the retention of ‘innocent’ profiles on the database where the person is subsequently acquitted or the case is dropped. What you may find interesting, is that “S” is a person named Smith who was a minor at the time of his DNA profile being loaded onto the database. Smith was not subsequently convicted. But how ironic is this: Smith was recently linked to a crime he was found guilty of committing – how? Because his DNA profile found on the crime scene matched his ‘innocent’ profile on the database….

Carolyn and I left the Interpol Headquarters last Friday with our heads full of new information and new ideas; new friends and allies and more importantly renewed motivation. We received such wonderful support for the work we are doing in South Africa – everyone found it completely unique (and not surprisingly, somewhat strange!) that a non-government organisation was necessary in a country like South Africa where we provide DNA awareness, grass roots training, skills development and most importantly a public voice to try and convince the relevant governmental powers of the value of a criminal intelligence DNA database. Be that as it may, we will continue with our mission to ‘fight crime with science’, and whilst we are not advocating that this is the ‘silver bullet’ to resolve crime, it certainly remains a mystery as to why South Africa has not leapt at the opportunity to more fully use this phenomenal technology where accountability for crime has not yet been achieved.

Should you wish to know anything further about the conference, feel free to email me on info@dnaproject.co.za

Vanessa

Sustainable Crime Prevention Strategies & Community Safety

Monday, September 27th, 2010

Crime continues to be a top public concern. South African cities, notably, Johannesburg, Pretoria, Cape Town and Durban have consistently high levels of crime. As a result it remains a top priority for government. Though rates fell from 2004, this reduction has leveled off in the last 5 years. The recession could well push crime rates back up again, with some areas already experiencing increases in burglaries, knife & fire-arms related robberies. (more…)

Change a Life Feedback Event 2010

Monday, September 27th, 2010

The Change a Life family for the Cycle to the Beat of Africa Feedback Event sponsored by the JSE Ltd will be hosted in Johannesburg on Tues 2 November 2010. Cyclists will be able to catch up with fellow Change a Lifers, and find out how they have contributed to Changing lives in South Africa. [Note: this is a closed event] (more…)

First day at Interpol

Thursday, September 23rd, 2010


Arriving at Interpol

My apologies for not writing sooner, but it has been a whirlwind two days and we have not had a minute to spare.

Suffice to say that this has been the most incredible experience for both of us, and presentation after presentation brings with it new technologies, ethical arguments, and more and more crime fighting potential for this technology.  I will need to write a comprehensive report next week ,as there have been so many interesting talks from which we can learn so much.  Interpol is a wonderful gateway for this type of conference and the sharing of DNA information from all corners of the earth, can only benefit us, as there is so much information to put on the table.

I have just listened to a novel way to catch a thief, whereby in Finland blood from a mosquito found in a car was analysed for DNA and it matched the suspect they were looking for. Just before that we heard about the potential of familial searching, which as useful a tool as it is, obviously brings with it its ethical issues which were discussed at length.
We heard about the UAE being the first nation to start a population database with a mere 1 billion US$ at their disposal and no crime to speak of….but this is being done to ensure there will be no crime in the future!! If only. We did ask the head of that unit if he wasn’t interested in possibly starting a 1 billion US$ lab in SA should their lab not be too busy!!!

I only have 5 minutes before I need to leave for the next function, so I shall take time tomorrow en route home after the last morning at Interpol, to write about the Conference in more detail.

Vanessa

ps. my presentation went really well!


Panel Discussion

We have arrived in Lyon for Interpol’s DNA User’s Conference

Tuesday, September 21st, 2010

Carolyn and I arriving at Lyon Airport this morning

Carolyn and I finally arrived in Lyon late this morning after a long journey starting in our respective cities’ of Cape Town and Durban yesterday afternoon.  After arriving at our Hotel which is flanked by the Rhone River on the left and the gorgeous Parc de la tete d’Or on the right, we wasted no time before stepping out to explore this beautiful city.

After lingering over a delicious lunch at Le Sud near the Place Bellecour, we ambled back to our Hotel across the Old City of Lyon. The evening light is now at its most magical and we are going to meet downstairs in the square to  finalise our presentation over a cold glass of chablis.

We feel incredibly privileged to be here and I have to pinch myself to make me believe that this is actually happening.

Finding my way in the Old City of Lyon

I cannot wait to update you all tomorrow on the days proceedings at Interpol.

Until then,

Le bonne nuit et ont une belle soiree!

Vanessa

To see more photo’s click here

On our way to Interpol for the 6th International DNA Users’ Conference

Sunday, September 19th, 2010

I leave tomorrow for Lyon, France together with my co-director, Carolyn Hancock. We have been given an amazing opportunity by one of our Donors, the Open Society Foundation, who have sponsored us to attend the 6th International DNA User’s Conference which is held every 2 years at the Interpol HQ’s in Lyon. The agenda is filled with topics which range from the latest DNA techniques to ethical issues to case studies (see the full agenda below). I have also been asked by Interpol to present at the Congress on the challenges we face in South Africa in trying to pass our own DNA legislation. I have no doubt that this trip will be one of the highlights of my life – to be amongst world leaders in this field and to hear what is being done worldwide with this incredible technology is quite unbelievable. I will of course be updating the blog on a daily basis, so watch this space as I share this unique experience with you in the upcoming week.

Bon voyage!

Vanessa.


6th International DNA Users’ Conference
22 – 24 September 2010, INTERPOL – Lyon, France
Organized by the INTERPOL DNA Unit and Monitoring Expert Group

AGENDA

All sessions to be held in the INTERPOL General Secretariat Conference Hall
DAY 1 – Wednesday, 22 September 2010
Conference Chair: Werner Schuller (INTERPOL)
0830 – 0930 Registration and Coffee
0930 – 1000 Welcome by the Chairman of the INTERPOL DNA Monitoring Expert Group
Richard Scheithauer (Austria)
Adoption of the Agenda by the Conference Chairperson
Werner Schuller (INTERPOL)
Opening Speech by the Secretary General of INTERPOL
Ronald K. Noble (Secretary General, INTERPOL)
1000 – 1100 Keynote Speech:
New Technologies, New Techniques: 21st Century Use of Forensic DNA
Simon Walsh (Australia)
1100 – 1130 Official Photograph and Break
Session Chair: Ahmed Al-Marzooqi (United Arab Emirates)
1130 – 1200 International DNA Exchange Methods
Jennifer Luttman (USA)
1200 – 1230 “Prüm vs INTERPOL” or “Prüm and INTERPOL”
Ingo Bastisch (Germany) and Susan Hitchin (INTERPOL)
1230 – 1245 INTERPOL DNA Monitoring Expert Group – Regional Initiatives
Ahmed Al-Marzooqi (United Arab Emirates)
1245 – 1300 Global Expansion of DNA Database Legislation Creates the Opportunity to Share Policies and Profiles
Tim Schellberg (USA)
1300 – 1430 Lunch
Optional Session: 1400 – 1430

INTERPOL DNA Gateway Demonstration

Session Chair: Douglas Hares (USA)
1430 – 1455 Constructing the World’s First Population-Wide DNA Database in Abu Dhabi
Ahmed Al-Marzooqi (United Arab Emirates)
1455 – 1515 The Norwegian DNA Expansion Program
Heidi Frydenberg (Norway)
1515 – 1540 DNA Testing and Databanks after R v Hoey and S & Marper v United Kingdom: Vital Lessons to be Learned
Arthur Tompkins (New Zealand)
1540 – 1600 Break
1600 – 1630 Familial DNA: Experience Gathered During the Philippines’ Ferry Disaster Operation
Tom Parsons (International Commission on Missing Persons)
1630 – 1730 Panel Discussion:  Facing the True Challenges to Set up a DNA Laboratory/Database
Opening presentations:  MD Sarwar (Bangladesh) and Leni Mugalu (Uganda)
Panel Members: Kirsty Faulkner (UK), Douglas Hares (USA), Ahmed Al-Marzooqi (United Arab Emirates), Werner Schuller (INTERPOL), Simon Walsh (Australia)
1730 – 1830 Cocktail Reception in Atrium


DAY 2 – Thursday, 23 September 2010
Session Chair: Ingo Bastisch (Germany)
0900 – 0920 National Academy of Sciences, Report on Forensic Science
Douglas Hares (USA)
0920 – 0945 DNA Contamination : The Phantom
Ingo Bastisch (Germany)
0945 – 1005 The Detection and Prevention of False-Positive and False-Negative Matches in Large Scale International Comparisons of DNA Profiles
Kees Van Der Beek (The Netherlands)
1005 – 1030 Criminal Record Exchange and the Use of Biometrics – The UK National Criminal Records Office Gary Linton (UK)
1030 – 1045 A DNA Police Coordinator
Vagn Jensen (Denmark)
1045 – 1105 DNA Profiling and Investigations in Morocco
Hakima Yahia (Morocco)
1105 – 1130 Break
1130 – 1200 An International DNA Hit of a Serial Rapist
Ryan Coe (USA)
1200 – 1220 Case Study with Thousands of DNA Samples – an Example of International Cooperation
Steinar Eriksen (Norway)
1220 – 1240 Forensic DNA in South Africa
Luhein Frazenburg (South Africa)
1240 – 1300 The New DNA Bill and its Challenges in South Africa
Vanessa Lynch (South Africa)
1300 – 1430 Lunch
Optional Session: 1400 – 1430

INTERPOL DNA Gateway Demonstration

Session Chair: Armaan Deep Singh (India)
1430 – 1520 The Murder of Lesley Molseed
Cathy Turner and Max Mclean (UK)
1520 – 1540 The Tandoor Murder Case
Armaan Deep Singh (India)
1540 – 1610 Break
1610 – 1640 Familial Searching in the United Kingdom. Does it Solve Serious Crime?
Christopher Holt (UK)
1640 – 1710 DNA Analysis of Trace Evidence from Animal and Plant Origin – Experiences in Forensic Casework
Andreas Hellman (Germany)
1710 – 1720 A Novel Way to Catch a Thief
Emilia Lindberg (Finland)
DAY 3 – Friday, 24 September 2010
Session Chair: Simon Walsh (Australia)
0900 – 0920 DNA Examination in the Kunming Bus Explosion Case
Li Wanshui (China)
0920 – 0940 Australian Regional DVI Assistance
Simon Walsh (Australia)
0940 – 1010 Update of the INTERPOL DVI Unit
Jaun Kotze (INTERPOL)
1010 – 1030 Familial DNA Testing: Legal and Ethical Issues
Arthur Tompkins (New Zealand)
1030 – 1100 Break
1100 – 1130 Missing Persons’ Identification and Case Presentation
Douglas Hares (USA)
1130 – 1200 The DNA-PROKIDS  Program
Jose Lorente (Spain)
1200 – 1230 FastID – The Fast and Efficient International Disaster Victim Identification Project
Peter Ambs (INTERPOL)
1230 – 1250 Bonaparte Software for DNA-based Identification
Klaas Slooten (The Netherlands)
1250 – 1300 Closing Remarks by the Conference Chairperson
Werner Schuller (INTERPOL)
END OF CONFERENCE
1430 - Special session: Meeting for all Arabic speaking delegates. Chaired by Ahmed Al-Marzooqi (UAE)

inqaba biotec and BODE Technology to host 2nd Annual African DNA Forensic conference 2010

Sunday, September 19th, 2010

inqaba biotec and BODE Technology to host

2nd Annual African DNA Forensic conference 2010

DNA
The 2nd Annual African DNA Forensics Conference

to  be  held  on 28 and 29 October 2010 in Pretoria,

will   bring  together  leading  experts  in  the  DNA

Forensics  field  from  the  disciplines  of  Science,

Law  and  Human  Rights.

Held over two days in Pretoria,  it will allow for

interactive and in-depth discussions. This will

ensure that the knowledge  of DNA Forensics is

made accessible to non-scientists while  also

allowing  for experts to  share their experiences.

JUDGEMENT
Download conference brochure
Call for presentation abstracts
Please Note : Additional technical workshops will be hosted before the conference
Workshop name When Where
Forensic Genetics step-by-step: from crime scene to the court room 21-22 Oct Cape Town
Quick guide to DNA Forensics: for lawyers and other creatures 23 Oct Cape Town
Quick guide to DNA Forensics: for laywers and other creatures 25 Oct Pretoria
Forensic Genetics step-by-step: from crime scene to the court room 26-27 Oct Pretoria
Download workshop brochure
See conference webpage
Register for the 2nd Annual African DNA Forensics Conference
Register for one of the Technical Workshops

Brief company profile

inqaba biotec is a genomics company based in Pretoria, South Africa. We cater for the life science needs of academic and private institutions alike in Africa.

inqaba biotec’s offerings include our own products and services such as :

  • Oligonucleotide synthesis
  • Sanger sequencing service using the ABI 3130XL and ABI 3500XL sequencers
  • High-throughput DNA sequencing service using a Roche /454 GS FLX sequencer
  • Customised services like amplicon cloning, library construction, microsatellite screenings etc.
  • Bioinformatics solutions and support

inqaba biotec also distributes molecular reagents and kits, molecular diagnostic products and laboratory equipment.


inqaba biotec upgrades to the GS FLX Titanium

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For more information about our platform, please click here.

inqaba biotec

Biz execs complete cycle challenge against crime

Thursday, September 16th, 2010

Seventy of South Africa’s leading business executives returned home this week from the gruelling Change a Life Cycle which took place from 3 – 8 September in Malawi.

Seventy of South Africa’s leading business executives returned home this week from the gruelling Change a Life Cycle which took place from 3 – 8 September in Malawi.

The exhausted but exhilarated executives raised nearly R3.5 million through their participation in the marathon 480km Malawi tour organised by share-registry company Computershare in order to help combat crime in South Africa. Russell Loubser, CEO of the JSE, David Coutts-Trotter, CEO of Sun International, Peter Gray, CEO of JCI Limited, Tom Boardman, former CEO of Nedbank and Granville Rolfe, MD of Macsteel Trading were amongst the business leaders who took part in this year’s Change a Life Cycle.

Computershare CEO Stan Lorge described the tour as “brilliant, exhilarating, hugely emotional and a lot of hard work. We achieved our aim of raising nearly R3.5 million for charity, which brings us to a total of  nearly R9 million raised over the three years since we launched the event,” he said.  Computershare is the major sponsor of the tour and matches all funds raised from cyclist entry fees and other sponsorships rand for rand.

The 2010 Change a Life Cycle was heralded as a major event in Malawi, with enthusiastic support from government and local communities who witnessed the cyclists powering through their lakeside villages. As part of the tour’s social contribution, 35 bicycle ambulances were manufactured, with sponsorship by Macsteel, and donated to rural communities living around Lake Malawi to improve their access to local
health clinics and hospitals.

Computershare launched the Change a Life Cycle in 2008 to fund anti-crime initiatives following the murder of Computershare senior manager Mike Thomson in September 2007. Funds from the Change a Life Cycle are channelled into four anti-crime initiatives: The DNA Project, which is advancing the use of DNA evidence in bringing criminals to justice, the Martin Dreyer Change a Life Academy, which trains disadvantaged youngsters in rural KwaZulu/Natal to become athletes, I Choose to Change a Life, which provides leadership training to teenage offenders so they can launch anti-crime
projects in their communities, and the iThemba Rape and Trauma Support Centre, which provides treatment and counselling for 80-100 victims of crime a month, nearly half of them children.
The media have taken quite an interest in the tour to Malawi. The above is an article which appeared on the SA The Good News website yesterday.

As I receive articles and radio and TV clips, (and there are already quite a few) they are loaded onto the Change a Life website which you can access via the following link http://www.changealife.com.au/Projects/southafrica/Pages/Latest%20News.aspx

Vanessa

Processing Burglary Scenes for DNA

Wednesday, September 15th, 2010

Read below a very Interesting Article that was published in the latest Evidence Technology Magazine:

Opinion: Processing Burglary Scenes for DNA
Written by Ralph Barfield
Processing Burglary Scenes for DNA:
Too Expensive for Many Agencies?

Many law-enforcement agency chief executives and managers believe they are caught between a rock and a hard place. Most feel pressured to make tough choices on where to expend their limited resources. Too often, in an effort to save money, agencies are not processing burglaries due to the sheer volume of incidents and the drain on manpower.

Crime-scene processing is a normal function of a law-enforcement agency’s responsibility. A 2008 National Institute of Justice (NIJ) study report, “The DNA Field Experiment,” pointed out clearly the effective results of recovering and processing DNA from burglary scenes. Every law-enforcement chief executive and manager should read the study and analyze the results. The study should be an encouragement to all agencies to aggressively process burglary scenes—especially for DNA.

Some chief executives are quick to point out they simply cannot afford to use this new technology. This is an indefensible position for any agency to take and offer the community. This argument is heard from agencies of all sizes and permeates all areas of law enforcement. What is actually occurring is a lack of interest and desire to enable an agency to effectively search crime scenes for DNA evidence. If the agency is set up to process routine burglaries, then the next logical step is processing for DNA. This requires a minimal amount of additional supplies. It will also require some additional specialized training in DNA recovery, obtaining control samples, storage, and laboratory submissions. This training is neither lengthy nor expensive! There is a higher cost to be paid by small and medium size agencies that make little or no effort to aggressively process crime scenes for DNA, especially burglaries.

As forensic hype in popular media begins to wane, many agencies have been quietly abandoning the processing burglaries and some never began processing burglaries to begin with. Between 1999 and 2003, a mid-sized Virginia agency proved beyond all doubt it was possible to effectively and aggressively process crime scenes for DNA. At the time, they were operating on limited resources. What they did have were crime-scene investigators, officers, supervisors, and managers that bought into the new DNA-processing program.

Some agencies honestly believe they need expensive forensic equipment and highly trained forensic specialists—“as seen on TV”—to recover DNA. In some cases that may be true. However, the majority of the time that is simply not the case. The routine day-to-day cases that small and mid-sized agencies generally face are larceny, burglary, and auto theft.

The key elements are training, knowledge, and aggressiveness in the approach to recovering DNA from crime scenes. Some managers have been heard to say, “We’ll just call the state if we have one of those cases.” The problem with this line of reasoning is that state and federal agencies are stretched to the financial breaking point. Smaller agencies can and should take more responsibility for processing their own routine, day-to-day scenes for DNA.

Four basics are needed in most cases: 1) training; 2) collection and packaging materials; 3) desire; 4) common sense. Assessing what suspects may have done at the scene can be very effective. Determinations such as How did he get in? or What did he touch, eat, drink or leave behind? can yield valuable DNA evidence. Teaching crime-scene investigators to work quickly and effectively can pay huge dividends in costs. However, as the 2008 NIJ DNA Field Experiment revealed, regular police officers can just as effectively collect DNA evidence as crime-scene investigators. The key is a basic four- to eight-hour basic training class on identification, documentation, and collection of suspected DNA evidence. All agency personnel, including supervisors and managers, should receive the training. The steps are not complicated and the results can be tremendous.

Normally, agencies get one opportunity to process a scene or collect a vital piece of evidence. Equipping all vehicles with latex gloves, paper envelopes, paper bags, sterile cotton swabs, collection boxes for the cotton swabs, and perhaps small amounts of distilled water is all that is needed.

A mid-sized Virginia agency had patrol officers, detectives, sergeants, and lieutenants who collected items on their own initiative. This later proved critical because they knew what to do in those situations where the items with potential DNA could have been lost or destroyed.

Here’s an example: A female police patrol sergeant who had received training on potential DNA identification and collection responded to the foot pursuit of two armed robbery suspects in a heavily traveled downtown area. While traveling the escape route, she spotted a ski mask matching the description worn by one of the suspects. She immediately stopped, obtained a clean paper bag, and collected the ski mask. Later, DNA analysis of the mask identified two of the suspects involved in a string of armed robberies in the downtown area. Both suspects were later convicted and sentenced to lengthy prison terms.
Supervisors and managers should not be expected to routinely process crime scenes. However, as anyone with extensive street experience knows, those situations can and will occur in which it is critical that they act to prevent the loss of valuable evidence.

The DNA databases available to agencies nationwide offer an opportunity to identify suspects previously unknown to law enforcement. A mid-sized agency was amazed at the number of suspects identified as the state’s DNA database of known offenders continued to grow. The results of identifications in burglaries, sexual assaults, homicides, and auto thefts convinced even the most critical skeptics in the agency. Granted, initially Virginia had the first and one of the largest DNA databases in the country, but numerous states have steadily grown their databases and many have passed Virginia’s volume. The increase of blind DNA database hits has resulted from the education of law-enforcement management and personnel, improved training on DNA collection, states adding additional known and suspected felons, and laboratory improvements in DNA processing.

These tough financial times will improve in the future. Those agencies that have processed scenes for DNA will reap the benefits when state laboratories begin lifting current submission restrictions due to manpower cutbacks.

The cost of failing to aggressively process burglary scenes for potential DNA is far greater than the cost of training and supplies. The citizens in many communities often display amazement and frustration with small agencies’ obvious lack of interest in processing crime scenes. Criminals in too many jurisdictions are getting a free pass from law enforcement agencies. The agency must put forth at least a limited effort if nothing else. The agency’s personnel are admitting defeat in combating the continual problem of burglary. This is a major hurdle many small agencies face. The issue is psychological, and until addressed, this will not improve. Officers and management share the responsibility of changing an agency’s attitude toward processing burglaries.

The cost of not processing burglaries shows up in a continual higher rate of reported incidents. Often the arrest of one or more burglars will have an immediate impact. Many burglars ply their trade in strings of thefts and will often be responsible for numerous incidents. Through the use of state DNA databases, previously unknown burglars from other states or jurisdiction have been identified. As more states enter juveniles into DNA databases, agencies are surprised by the number involved in burglary, larceny, and auto theft. By processing burglaries for DNA, agencies will often inadvertently identify suspects involved in numerous and more violent crimes such as rape, robbery, or murder.

Laboratories play a major role in cooperation with local law-enforcement agencies in analysis of submitted potential DNA items of evidence. The list of items from which laboratories can now recover DNA is almost limitless. Many laboratories have begun requiring agencies already effective in DNA collection to initially sift through items and submit those items of the highest probative value. This requires officers to become well-versed and knowledgeable on the laboratory’s DNA capabilities. Someone within the agency must be ready and willing to communicate openly with laboratory examiners. That person then becomes essential to educating and training agency personnel on updates, new techniques, requirements, policies, and procedural changes.

Burglary is sometimes referred to as the training ground for criminals and crime-scene investigators. Just as it often provides a gateway to other more serious crimes for the criminals, burglary aslo provides for the police officer and investigator the a high level of scene and evidence diversity in its sheer volume.

Law-enforcement agencies often fail to realize that criminal elements are watching and are aware of how much or how little processing is conducted. Agencies that neglect to utilize DNA and fingerprint processing of burglaries, larcenies, and auto theft are actually helping the criminals. This can become a serious problem in resort and college communities. Simply relying on old investigative techniques is occurring in amazing volumes much too often in a period of improved forensic technology.

Those small and medium size agencies that currently process scenes for DNA must be commended. Communities have a right to expect their law-enforcement agency to take the necessary steps enabling them to properly document, collect, and submit physical evidence that could identify criminals and protect their citizens.

The actual cost of processing DNA must be considered—no one disputes that. However, the cost of training, equipment, and supplies is not excessive. It can be done without enlarging facilities, hiring additional personnel, or purchasing expensive equipment. Agency size is not a deterrent to effectiveness. Current officers or civilians can be trained in the proper methods of DNA processing. The majority of law-enforcement agencies in the United States are small; yet they, mid-sized, and large agencies are reluctant to embrace this effective technology.

There are some bright spots among law-enforcement agencies. However, much remains to be done. Contrary to what many in law-enforcement management contend, the cost of not processing burglaries for DNA is far greater than the cost of conducting the processing.

About the Author

Detective Sergeant Ralph Barfield served with the Charlottesville (Virginia) Police Department for 27 years, the last ten as Forensic Unit Supervisor. The unit was recognized in 2003 by the National Institute of Justice for their success with DNA crime scene processing, DNA identification & elimination and use of DNA Data Banks. The unit’s success with DNA was featured twice on CBS and on NPR. He has instructed police officers across the country and taught at local colleges. He is also an author, writing the article “Small Police Department Forensics and DNA”. He can be reached at: rbarf@aol.com