FBI Discovers Critical Evidence in President Trump’s Assassination Attempt

In a shocking revelation, FBI Director Wray has confirmed that DNA found on casings can help determine the shooter(s) responsible for the shooting and attempted assassination of President Trump. The FBI discovered 8 cartridges on the roof from the incident, marking a significant breakthrough in the investigation.

This critical evidence, thanks to the Bardole Method and the technology available with M-Vac, could be the key to identifying and apprehending the individuals behind this heinous act. The use of DNA from casings is a cutting-edge technique that can provide crucial information to law enforcement agencies in solving complex cases like this.

The discovery of these cartridges on the roof sheds new light on the events surrounding the assassination attempt on President Trump. It underscores the importance of forensic evidence in unraveling the truth and holding those responsible accountable for their actions.

The FBI’s findings have sent shockwaves through the nation, as the search for the shooter(s) intensifies. With this breakthrough in the investigation, there is hope that justice will be served and the perpetrators brought to justice.

As the investigation continues to unfold, the FBI is working tirelessly to piece together the events leading up to the assassination attempt. The discovery of the cartridges on the roof has provided a critical lead that could potentially lead to the apprehension of those responsible.

In conclusion, the FBI’s discovery of DNA on casings marks a significant development in the investigation into the shooting and attempted assassination of President Trump. The use of advanced technology and forensic techniques demonstrates the agency’s commitment to uncovering the truth and ensuring that justice is served.

BREAKING: DNA FROM CASINGS CAN DETERMINE SHOOTER(S)

FBI Director Wray ADMITS they found 8 CARTRIDGES on the roof from the shooting and attempted assassination of President Trump.

THIS IS CRITICAL EVIDENCE

Thanks to the Bardole Method, technology available with M-Vac… pic.twitter.com/Pfvb7Q7ki5

— Ann Vandersteel (@annvandersteel) July 24, 2024

If you’ve been following the news lately, you may have heard about the shocking revelation that DNA from casings can determine the shooter(s) in a crime. This breakthrough in forensic technology has the potential to revolutionize the way we investigate and solve crimes. In a recent press conference, FBI Director Wray admitted that they found eight cartridges on the roof from the shooting and attempted assassination of President Trump. This critical evidence could be the key to identifying the individuals responsible for this heinous act. But how exactly does DNA from casings help determine the shooter(s)? Let’s delve into the details and explore the Bardole Method and the technology available with M-Vac.

What is the Bardole Method?

The Bardole Method is a cutting-edge forensic technique that involves analyzing DNA from casings to determine the shooter(s) in a crime. Developed by forensic expert Dr. Brent Bardole, this method has been used in numerous high-profile cases to successfully identify suspects and bring them to justice. By extracting DNA from the casings found at a crime scene, investigators can create a genetic profile of the shooter(s) and compare it to DNA databases to make a match.

How does the Bardole Method work?

The Bardole Method works by collecting casings from a crime scene and sending them to a forensic laboratory for analysis. Forensic experts use specialized equipment to extract DNA from the casings and create a genetic profile of the shooter(s). This profile is then compared to DNA databases to see if there are any matches with known suspects or individuals. If a match is found, investigators can use this information to track down the shooter(s) and gather evidence for prosecution.

What is the technology available with M-Vac?

The M-Vac is a cutting-edge forensic tool that is used to collect DNA samples from difficult surfaces such as clothing, weapons, and casings. Unlike traditional swabbing methods, the M-Vac uses a powerful vacuum system to extract DNA from porous materials and crevices. This technology is particularly useful in cases where DNA is present in low quantities or is difficult to collect using standard methods.

How does the M-Vac technology help in forensic investigations?

The M-Vac technology is a game-changer in forensic investigations because it allows investigators to collect DNA samples from challenging surfaces that would be impossible to collect using traditional methods. By using the M-Vac, forensic experts can extract DNA from casings, weapons, and other items that may hold vital clues in a criminal investigation. This technology has been instrumental in solving cold cases and bringing perpetrators to justice.

In the case of the shooting and attempted assassination of President Trump, the FBI’s discovery of eight cartridges on the roof could be a significant breakthrough in the investigation. By using the Bardole Method and the technology available with M-Vac, forensic experts can extract DNA from these casings and determine the shooter(s) responsible for this heinous act. This critical evidence could be the key to identifying and apprehending the individuals involved in the crime.

In conclusion, the use of DNA from casings to determine shooter(s) is a groundbreaking development in forensic science. Thanks to the Bardole Method and the technology available with M-Vac, investigators now have powerful tools at their disposal to solve crimes and bring perpetrators to justice. The discovery of eight cartridges on the roof from the shooting and attempted assassination of President Trump is a stark reminder of the importance of forensic evidence in criminal investigations. By leveraging the latest advancements in forensic technology, law enforcement agencies can ensure that justice is served and that those responsible for heinous acts are held accountable.