Mystery & horrorCold Case UnlockedThey Had the Killer's Blood for 14 Years. Then Came the Breakthrough

They Had the Killer's Blood for 14 Years. Then Came the Breakthrough

Long-form16:04

Published Oct 4, 2026, 6:00 PM · 1w ago

Cold Case Unlocked
Cold Case Unlocked
2.8K subscribers · median 332 views
Views
126
+0 views/hour
Likes
5
4.0% of views
Comments
0
0.00% of views

Checked every 12 h while the video is this age · last check 11h ago · next in 57 min. YouTube itself updates public counts with a short delay.

Open on YouTube
Views / hour now
0
measured 11h ago
Peak views / hour
—
Avg views / day
10
since upload
First 24 hours
—
not tracked from upload
vs channel median
0.4×
Rank in channel
#20
of 20 tracked
Engagement
4.0%
likes + comments / views
Est. ad revenue
$0–$1
lifetime, $2–6 RPM

Views over time

4 readings · line: total views · bars: views gained per hour

Description

In 2012, Irasema Chavez was murdered inside her Arlington, Texas apartment. Investigators had DNA from an unknown woman, surveillance footage, and a crime scene that raised difficult questions—but no name. For more than a decade, the case remained unsolved. Then, in 2026, investigative genetic genealogy gave detectives a new path forward, eventually leading them to someone who had already been connected to the investigation. This video examines the evidence, the original investigation, the breakthrough that came 14 years later, and the questions that still surround Irasema Chavez's death. Mayra Velasquez has been charged with capital murder and maintains her innocence. The allegations discussed in this video have not been proven in court. Watch the full investigation and decide for yourself what the evidence tells us. 👉 Subscribe for more solved cold cases, long-forgotten investigations, DNA breakthroughs, and the stories behind cases that refused to stay unsolved. Music 🎵 © Kevin MacLeod #coldcase #truecrime #texascoldcase

Statistics from the YouTube Data API, tracked by FameX. Views per hour, revenue and comparisons are FameX estimates.