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Trial 82

Object of test: Mutagenic combound type A32 (recovered from Neon City crime scene on 17-8-3582)

Subject: Dolyn Arnolds. Male, holstein bull, age 43.
Height/weight before trial: 75 inches/186 pounds.
Volunteer status: Voluntary
Testicular volume: 15 ml left, 15 ml right.
Penis dimensions: 7.12 inches length, 4.43 inches girth.
Penis type: Bovine.
Avg. revive delay: 38 minutes.
Notes from interest inventory: Subject has expressed that they sometimes fantasize about being a milking bull, but considers this a pipe dream, as they do not produce enough semen per orgasm and experience limiting refractory periods which would lead to them severely underperforming in that field.

Exposure: 50 ml mutagen, taken orally via capsule.

Observations:

10 minutes after exposure, subject has undergone visible physiological changes. The process was gradual, and too slow to be easily detectible at first. However, the changes have become obvious. Subject's testicular size has more than doubled, and subject's penis is changing in color and shape. No other physical changes registered yet.

30 minutes after exposure, physical changes seem to be finished. Subject's penis has elongated slightly, to 7.5 inches in length with unchanged girth, and become equine in shape, rather than bovine. Subject's testicles have swelled massively, now 197 ml in  volume each. Subject height is unchanged, however, subject weight has been reduced to 158 pounds. Subject reports feelings of arousal, and a slight "ache" in testicles. When pressed for details, subject clarified that there is no actual pain, but an unfamiliar feeling of discomfort. Subject has also reported a feeling they have described as "like my guts are stuck together, like there's this weird knot tied up in my intestines."

1 hour after exposure: No further physical changes detected. All dimensions are the same as they were at the 30 minute mark. Manual examination begins with stimulation of the penis and testicles. Subject reports increased sensitivity of the testicles, claiming "I feel like I could cum just by getting my balls stroked." Subject has noted that they never felt much pleasure from testicular stimulation in the past; this is a new sensation to them.

Subject reached orgasm within 5 minutes of manual stimulation, producing 883 ml of semen; significantly more than their previous semen production. Subject reports that they still feel in need of release, as if the refractory period is gone completely. Manual stimulation resumes, with stimulation of the anus and prostate added. Subject reports that their anus, and especially their prostate, are much more sensitive than before. Subject achieved prostate-based orgasm within 30 seconds; continued stimulation prolonged the orgasm to last for approx. 4 minutes, producing an additional 3,627 ml of semen; 4,510 ml in total. Post-orgasm, subject has reported that their "ache" is now absent, feeling as though they have entered a refractory period.

Note: Relevant to the subject's interest inventory, this volume of semen discharged and length of orgasm are similar to those of a high-producing, professional milking bull.

2 hours after exposure: Subject reports that while the "ache" they described has not returned, they feel as though they could go again. Manual stimulation resumes as before; subject was able to produce 532 ml of semen. Subject hypothesizes that their refractory period is tied to the volume of semen they have available. This could not be confirmed in the test, but seems likely.

4 hours after exposure: In the absence of further developments, examination proceeds to termination phase. Subject terminated by means of a captive bolt driver. Autopsy of the cadaver reveals that the subject's internal organ structure has changed significantly. Subject's large and small intestines have fused together into a sort of second stomach, connected directly to the rectum. Openings at all connections between parts of the subject's digestive system seem to have become larger, as if to allow whole objects through. Several other internal organs have been discovered as missing, including the gall bladder, spleen, and pancreas, with tissues from these organs found scattered in other organs such as the liver, heart, and kidneys. Moreover, subject's tissues all show a remarkably increased resilience to stretching and compaction, able to be deformed more than 10x beyond normal limits before showing any structural distress or damage. Resilience to piercing and cutting seems to be unchanged.

5 hours after exposure: Subject revived after 40 minutes. All physical changes persistent in their new body; subject reports that the "ache" has not returned, and manual stimulation produces a response similar to being in refractory period. Tests of semen samples reveal a significantly higher fat content than normal semen, with new proteins similar to those found in milk.

6 hours after exposure: Semen samples collected from subject have begun to congeal and "curdle," similarly to milk, rather than drying and discoloring how semen normally would when left out in the open for hours. An additional semen sample has been collected from the subject for further testing.

8 hours after exposure: Experimentation with the collected semen sample reveals that it has similar properties to pasteurized milk. When agitated for an extended period of time, a lump of a fatty compound similar to butter separated from the greater mass, which has become much less viscous and slightly less opaque, similar to buttermilk. Heating a portion of semen with the addition of culinary enzymes has shown results similar to a typical cheese-making process, and the creation of "bull's milk cheese" is ongoing.

Conclusions: Consistent with past trials, this mutagen caused changes in the subject which were conducive to bringing the subject's desires, particularly those dismissed as simple fantasy, into reality. Phsyiological changes persisted after death and revival. This test also reveals that there is no appreciable difference in effect between short-term and long-term exposure to mutagenic compounds, as past trials have produced similar end results regardless of the time period over which the mutagen was applied. The extent of results still varies wildly from test to test; more extensive changes have resulted from smaller doses in the same batch, while less extensive changes have resulted from larger doses in the same batch. These variations are magnified when comparing different batches of mutagen; it seems that volume, weight, and to a lesser extent even quality of mutagen has little or no bearing over the extent of changes brought on by mutations. It is becoming clear that another method of measurement must be developed, one which is able to accurately predict the extent to which a given mutagenic compound will alter a being.

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