October 2014 2 Homo Coprophagus Somnambulus Outbreak at Cass High- Students Accidently Create New Substance to Bring the Dead Back to Life Alexandria Needham, Maile Liu, Abby Bentley, Abbey Maryfield Cass High School Forensics Class Corresponding Author: Alexandria Needham Cass High Forensics, 1000 Colonel Way, White GA Case summary: During fall of 2014, a chemistry club was experimenting with unknown chemicals of an unknown origin without its advisor present. During one of the tests the chemical combusted, some entering the club’s president’s mouth; after the consumption of the unknown substance the student appeared to be dead with no pulse, but soon rose and attacked fellow club members. A virus had been created by the mixture of chemicals to create what people now call Necromutant-1. The substance was then spread throughout the new Bartow County School to infect most of the student body and staff. An unknown suspect had attempted to escape the school, before being infected. Upon leaving they ran over an unknown Homo Coprophagus Somnambulus to escape. A lawsuit ensued as the Homo Coprophagus Somnambulus was still considered a person and an investigation ensued.
Photo 3 Above
While analyzing the blood spatters and patters the team came to the conclusion that the Homo Coprophagus Somnambulus had been in fact ran over by a vehicle. They also used deductive reasoning and the physical forensic evidence of tire prints on the body and the mass amount of blood spatter residing in the area of the murder. During further investigation of the 69 blood droplets/patters/spatters they were able to pin point height 1 (21cm) and height 2 (7.26cm) See photo 4 for height 1. See table 1 for splatter data.
Results and Discussion: Evidence rose in the form of photos (photo 1 and 2) to show what had happened to the Homo Coprophagus Somnambulus. Photo 1 Left
Photo 4 Left After determining the height the team further processed their evidence to get their area of convergence and point of origin (area(s) where straws were placed). Photo 2 Right From the evidence collected. Investigators came to the conclusion that there were a total of 69 blood drops created by the spatter of Meat-Baby’s blood. The blood stains/spatters found were collected and it was determined that the victim was type AB by the genotype I^A I^B, antigens of AB and the lack of any antibodies. Most of the blood spatters present were impact stains with the presence of splashed blood, projected blood, and some satellites. (See photo 3)
Upon evaluation of all evidence the team was able to then determine the overall scenario and how it occurred. They concluded that the Homo Coprophagus Somnambulus had been running head first at the vehicle as it attempted to leave and the vehicle had run it over. Then through the data, determined that the vehicle had then backed over the Homo Coprophagus Somnambulus then ran over it a second time. Conclusion: The death of the Homo Coprophagus Somnambulus, through analysis of presented evidence, the team was able to determine that the Homo Coprophagus Somnambulus had been a victim of vehicular homocide, with a few major arteries ruptured. Then backed over and ran over
October 2014 3 again to finish the job in collapsing the lungs and obliterating the brain.
60. 68.
6cm 3cm
8cm 4cm
48.59 48.59
1.1339 1.1339
54 20
61.2306 22.6780
Resources:
Table 1 below Drop #
W
L
A
Tan
D (mm)
H
9. 10. 11. 15. 16. 17. 18. 20. 22. 24. 28. 29. 38. 44. 47. 49. 50.
3cm 3cm 3cm 13cm 4cm 3cm 3cm 2cm 1cm 1cm 4cm 3cm 5cm 6cm 4cm 7cm 4cm
3cm 4cm 3cm 14cm 9cm 3cm 5cm 4cm 1cm 2cm 6cm 3cm 7cm 7cm 6cm 7cm 10cm
90 48.59 90 68.21 26.38 90 36.86 30 90 30 41.81 90 45.58 58.99 41.81 90 23.58
0 1.1339 0 2.5014 0.4959 0 0.7497 0.5774 0 0.5774 0.8944 0 1.0204 1.6636 0.8944 0 0.4365
17 18 20 3 10 2 1 5 20 9 9 36 9 57 19 15 1
0 20.4102 0 7.5042 4.959 0 0.7497 2.887 0 5.1966 8.0496 0 9.1836 94.8258 16.9936 0 0.4365
Saferstein,'Richard (2007). Simplified Guide Blood Stain Patterns. Retrieved from http://www.crime-sceneinvestigator.net/SimplifiedGuideBloodstainPatterns.pdf Shanna Freeman (2011). How Bloodstain Patter Analysis Works. Retrieved from http://science.howstuffworks.com/bloodstain-patternanalysis.htm Vernon J. Geberth (2007). Bloodstain Pattern Analysis. Retrieved from http://www.practicalhomicide.com/Research/LOmar20072.htm