MUSEUM ESCAPE ROOM

Innovation in criminology

MUSEUM

DNA profiling

DNA FINGERPRINTS

Iris RECOGNITION ALGORITHM

Find the burglar using the knowledge you will gain from this exhibition

DNA database

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DNA FINGER PRINTS

When was it invented

Is it reliable?

ROOM ?

DNA PROFILING

What are the limitations of DNA Profiling?

Wrong answer

How is it used to solve crimes?

ROOM !

Iris Recognition algorithm

How does iris recognition function?

What is Iris recognition?

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DNA DATABASES

How do they work?

How do they help with foresnic science?

ROOM QUIZ

When was Dna Fingerprinting Invented?

When was dna fingerprinting invented?

1985

1995

ROOM QUiz

How did Dna Databases help in foresnic science?

identify suspects, link cases together, and solve crimes.

use fingerprints to find criminals

3/5

ROOM 2

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Question 3

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Right answer

Wrong answer

4/5

ROOM 2

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Question 4

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Wrong answer

Right answer

5/5

ROOM 2

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Question 5

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Wrong answer

1/5

ROOM 3

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Question 1

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5/5

ROOM 2

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You have completed this room!

CONTINUE

ROOM 2

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You have lost a museum piece!

main room

wc

room 2

room 3

Oh, no!

Someone has stolen all the works from the museum

room 1

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Etiam aliquam iaculis purus, non interdum metus maximus id. Can you help us?

2/5

ROOM 3

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Question 2

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut eget nisi a urna gravida facilisis in eu massa?

3/5

ROOM 3

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Question 3

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut eget nisi a urna gravida facilisis in eu massa?

4/5

ROOM 3

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Question 4

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut eget nisi a urna gravida facilisis in eu massa?

5/5

ROOM 3

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Question 5

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut eget nisi a urna gravida facilisis in eu massa?

5/5

ROOM 3

Lorem ipsum dolor sit amet

You have completed this room!

CONTINUE

ROOM 3

Lorem ipsum dolor sit amet

You have lost a museum piece!

main room

wc

room 2

room 3

Oh, no!

Someone has stolen all the works from the museum

room 1

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Etiam aliquam iaculis purus, non interdum metus maximus id. Can you help us?

main room

1/5

Question 1

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut eget nisi a urna gravida facilisis in eu massa?

Right answer

Wrong answer

Wrong answer

MAIN ROOM

2/5

Question 2

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut eget nisi a urna gravida facilisis in eu massa?

Right answer

Wrong answer

Wrong answer

MAIN ROOM

3/5

Question 3

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut eget nisi a urna gravida facilisis in eu massa?

Wrong answer

Wrong answer

Right answer

MAIN ROOM

4/5

Question 4

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut eget nisi a urna gravida facilisis in eu massa?

Wrong answer

Right answer

Wrong answer

MAIN ROOM

5/5

Question 5

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut eget nisi a urna gravida facilisis in eu massa?

Wrong answer

Right answer

Wrong answer

MAIN ROOM

5/5

You have completed this room!

CONTINUe

Start Over?

Congratulations!

Has recuperado todas las obras del museo

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Etiam aliquam iaculis purus.

You have lost a museum piece!

How do they help with foresnic science?

DNA databases are a crucial tool in forensic science, enabling law enforcement agencies to identify suspects, link cases together, and solve crimes.

• Identify suspects: Match crime scene DNA to profiles, potentially finding unknown perpetrators.
• Link cases: Compare profiles to find connections between crimes, aiding investigations of serial offenders.
• Exclude suspects: Eliminate individuals from investigations by comparing their DNA to crime scene evidence.
• Aid investigations: Use DNA from crime scenes to identify potential relatives of unknown perpetrators through investigative genetic genealogy.

How does Iris Recognition work?

Iris recognition is a biometric technology that uses the unique patterns of an individual's iris to identify them. The iris is the colored ring around the pupil of the eye, and it contains a complex network of ridges, furrows, and other features. These features are unique to each individual, and they are relatively stable throughout life, making them an excellent basis for identification.

How is it used for crimes

DNA profiling in crimes helps: Link suspects: Compare crime scene DNA to suspect or database samples. Exclude suspects: Rule out innocent people. Solve cold cases: Identify remains and re-investigate evidence with new technology. Exonerate the wrongly convicted: Compare DNA to identify the real perpetrator. It's a powerful tool, but raises ethical concerns about privacy and proper use.

You have lost a museum piece!

When was Dna Fingerprinting invented?

DNA fingerprinting was invented in 1985 by British geneticist Sir Alec Jeffreys. While researching minisatellites in human DNA, he discovered a method to identify highly variable regions in the genome, creating a unique "fingerprint" for each individual. This groundbreaking technique has revolutionized various fields, including forensics, paternity testing, and medical research.

How do they help in foresnic science?

DNA databases are a crucial tool in forensic science, enabling law enforcement agencies to identify suspects, link cases together, and solve crimes.

You have lost a museum piece!

You have lost a museum piece!

How do Dna Databases work?

Two main DNA databases in forensics: CODIS (national): Stores profiles of convicted criminals and some arrestees/registrants. State/Local: May include profiles from specific crimes, arrestees, or voluntary collections.

DNA databases store individual profiles and compare them to crime scene samples (blood, saliva, hair, skin). Extracted and amplified DNA from the scene is compared to database profiles by matching specific locations (loci) on the DNA molecule. More matching loci means a stronger link between the scene and a database profile.

What are the limitations of Dna Profiling?

DNA profiling is a powerful tool, but it is not without its limitations. Some of the limitations of DNA profiling include:

Challenges of DNA profiling: Misinterpretations: Improper handling or analysis can lead to errors. Low-quality samples: Degraded or contaminated samples may yield inconclusive results. Population bias: Accuracy may vary in populations with limited genetic diversity. Privacy concerns: DNA profiling raises ethical questions about data use and misuse.

You have lost a museum piece!

You have lost a museum piece!

You have lost a museum piece!

You have lost a museum piece!

What is Iris Recognition?

Iris recognition is a method of identifying people by analyzing the unique patterns of their irises. It's a contactless and highly accurate method of identification, and it is becoming increasingly popular for use in a variety of applications, such as access control, biometric passports, and mobile payments.

You have lost a museum piece!

You have lost a museum piece!

Are they reliable?

Yes, DNA fingerprinting is a very reliable method of identification and is considered the gold standard for forensic science. It's based on the principle that every individual's DNA is unique, with the exception of identical twins. The technique involves analyzing specific regions of DNA, called short tandem repeats (STRs), which vary from person to person. By comparing the STR patterns of two samples, it is possible to determine whether they belong to the same individual or not.