Dr. Halvorsen entered the examination chamber as the biometric sensors activated with a soft chime. Drew was already in position nude, freshly showered, and prepared by the nursing staff according to protocol. All pubic hair had been removed to allow for unobstructed inspection, his skin still bearing a faint antiseptic scent. He stood motionless under the overhead lighting, posture aligned, arms at his sides. Halvorsen’s footsteps echoed sharply on the polished tile as she approached, expression composed and clinical, her demeanor shaped by decades of standardized assessment procedure. She circled him once, scanning his frame, then stepped forward and gestured briefly; he remained still, awaiting instruction.

She began the genital examination with practiced precision, lowering herself to eye level as she adjusted the overhead light for optimal visibility. With gloved hands, she gently positioned the scrotum, inspecting for asymmetry, discoloration, or irregularities in skin texture. Each testicle was palpated individually first the left, then the right rolled slowly between thumb and forefinger to assess consistency, contour, and the presence of any nodules or masses. Using a digital caliper, she measured testicular dimensions and recorded the values directly to her tablet.

Turning her attention to the penis, she measured the flaccid length and girth with a sterile tape. The length was noted to be below the national male median for his age and body type. Visual and tactile inspection revealed an uneven distribution of girth along the shaft thicker near the base, tapering more sharply than average toward the glans. These observations were recorded without commentary. She retracted the foreskin, exposing the glans fully for assessment. The mucosal surface was intact, and she observed a distinct ring of pearly penile papules around the corona, classified as benign and non-pathological.

The urethral opening was inspected for alignment and symmetry, and the shaft was palpated along its length to check for any subdermal abnormalities. Each metric and visual finding was entered methodically, contributing to the complete reproductive morphology report.

A subdermal scanner passed over Drew’s abdomen and groin, confirming internal testicular structure, vas deferens condition, and prior implant sites from hormone regulation devices. She applied light pressure at the base, confirming erectile response baseline noted as “absent or minimal,” within expectations for his chemical suppression protocol.

“Musculature adequate. Symmetry above average,” she added quietly. She moved to inspect posture and pelvic alignment, pressing lightly at key anatomical markers before stepping back. A DNA swab followed, then a biometric retinal scan. The tablet chirped softly as each stage logged successfully.

“Physical profile complete,” she said, then turned to the wall console. A report began generating dense, clinical, and stripped of interpretation. The final decision, as always, would be made by the Fertility Board after cross-referencing all data inputs. Her job was only to observe and record.

After completing the physical assessment, Dr. Halvorsen returned to her office, the exam data already synchronized to her workstation. She sat down and reviewed the compiled metrics, cross-referencing Drew’s results against the national male biometric standards maintained by the Population Optimization Authority. Scrolling through the charts, she paused at the genital morphology section. For a Caucasian male of his age, height, and overall physical development, the penile length and testicular volume fell well below the accepted thresholds for breeding eligibility. The uneven girth distribution and presence of pearly penile papules, while not disqualifying on their own, further supported her recommendation. She finalized the report with the decision for hormone replacement therapy, bilateral orchiectomy, and circumcision, marking the file as complete and ready for surgical scheduling.

Dr. Halvorsen stood in the sterile, bright office, her fingers tapping the tablet as she reviewed Drew’s file one last time. She glanced up at the nurses gathered at the prep station, ready for the next phase. “The patient’s test results confirm he does not meet the fertility standards for breeding eligibility. We’ve finalized the decision for hormone replacement therapy and bilateral orchiectomy, but we’ll need to ensure he does not produce any viable sperm in the meantime. Today, we will proceed with a vasectomy to sterilize him temporarily until the orchiectomy can be scheduled.”

She turned to the nurse in charge, giving clear instructions. “Prepare Drew for the procedure start with an antiseptic scrub, ensure the area is completely clean, and set up the necessary tools for a simple vasectomy. I’ll be in shortly to mark the incision points. The vas deferens will be cut and sealed to prevent sperm transport.”

The nurses nodded, one of them gathering the surgical equipment while another prepped Drew for the procedure. Dr. Halvorsen looked over the report again, ensuring everything was in order before moving to the procedure room. Drew was positioned supine on the procedure table, his legs gently spread apart and secured with soft restraints to ensure proper access. A sterile drape was carefully placed over his body, leaving only the scrotal area exposed for the procedure. As the nurses draped the sterile cloth over the operating area, they noticed Drew’s scrotum, smaller than average but with a slight bulge that gave it a subtle fullness. Though not completely tight to his body, it rested relatively close, with the testicles positioned higher near the base of the sac. The skin appeared smooth, lacking the typical looseness or extensive wrinkling seen in more relaxed scrotal tissue. The slight bulge gave the scrotum a defined shape, though it wasn’t as pendulous or loose as would be expected in a typical adult male. The high position of the testicles made the scrotum less prominent, but the nurses could still discern its small, firm curve as it rested against his body. The environment was meticulously set, with the necessary instruments within reach, and Drew remained still, awaiting sterilization procedure that would mark the first step of his permanent alteration.

As Drew lay on the operating table, prepared for the procedure, the nurses began to notice an involuntary reaction. His body, still under the effect of the local anesthetic, responded to the environment as his penis began to show signs of arousal. Despite the sterile surroundings and the absence of any direct stimulation, a slight engorgement occurred. The foreskin, which had previously covered the glans, began to retract slightly as the shaft of his penis grew firmer. The nurses, aware of the natural response, exchanged a brief glance but remained professional. They carefully draped the cloth over the area, ensuring that everything remained in place while maintaining the sterile field. It was not an uncommon occurrence in such settings, and they continued with their preparations for the procedure, ready for Dr. Halvorsen’s entrance.

Dr. Halvorsen began by donning sterile gloves and confirming adequate infiltration of local anesthetic across the anterior scrotal wall. 

As Dr. Halvorsen lifted the edge of the sterile drape to verify the operative site, she noted the patient’s erection an involuntary physiological response that occasionally occurs during certain procedures. Observing the newer nurse’s momentary hesitation, Dr. Halvorsen spoke in a calm, instructive tone. “This is not uncommon,” she explained. “The autonomic nervous system can trigger these responses involuntarily, even in non-stimulating environments. It doesn’t interfere with our procedure, so we maintain focus and continue as planned.” She then directed the team to proceed with the final preparations, reinforcing the importance of professionalism and patient dignity in every clinical scenario.

The subject’s scrotal anatomy presented modest challenges testicles smaller than average for his demographic cohort, and held tightly against the body with limited scrotal laxity. These factors reduced the mobility of the spermatic cord and made palpation more meticulous. She adjusted her technique, stabilizing the scrotum with one hand while using the other to locate the vas deferens which is a firm, cord-like structure running within the spermatic cord. Unlike the surrounding vessels and connective tissue, the vas had a distinct, slightly ridged texture that responded with gentle resistance to pressure.

Using her nondominant hand, she stabilized the vas deferens by grasping it between her thumb and forefinger, just beneath the surface of the skin. With careful traction, she maneuvered the vas into a superficial position against the scrotal wall. A hemostat was applied externally to mark the point of maximal elevation and guide the incision site.

She made a 1-centimeter midline incision directly over the isolated section. Once the skin and subcutaneous tissue were opened, she used a combination of blunt dissection with fine scissors and spreading forceps to expose the spermatic cord structures. Within the cord, she quickly identified the vas deferens by its taut, tubular appearance and firmer consistency compared to the nearby veins and lymphatics.

To isolate the vas completely, she used a curved ring clamp to gently lift and separate it from the surrounding cremasteric fibers. Once fully mobilized, she brought a segment of the vas deferens through the incision site using gentle traction, exposing it fully for excision and sealing.

The process was then mirrored on the contralateral side with the same precision, ensuring both vas deferens were clearly identified, isolated, and prepared for the permanent occlusion steps.


After completing the vasectomy, Dr. Halvorsen turned to the nurse and spoke in a calm, instructive tone. “Since the vasectomy will not be immediately effective, it is essential that the patient is closely monitored during his recovery. To minimize the risk of complications and ensure proper healing, please make sure that the patient is placed in a Chasity device.

“Circumcision was not performed during the current procedure,” Dr. Halvorsen noted into the recording device as she updated the subject’s surgical file. “As per protocol, external modifications not directly related to immediate sterilization are deferred until the time of the scheduled bilateral orchiectomy. The foreskin presents no interference with the vasectomy process, and its removal will be carried out concurrently with testicular excision to ensure procedural efficiency and minimize cumulative recovery time. No further intervention is indicated at this stage.”

The recovery area was bustling with a number of patients, some who had just undergone vasectomies, while others had recently undergone orchiectomies. The atmosphere was calm yet busy, with nurses efficiently moving between the beds, attending to each patient’s needs. Drew, still coming out of the effects of the local anesthesia, was carefully settled into one of the beds. The staff ensured he was positioned comfortably and closely monitored, as they continued to check vitals and provide post-procedural care. Despite the number of patients, the area was organized and quiet, with each individual receiving the appropriate care for their recovery stage. Drew’s condition was carefully observed as the nurses made adjustments to ensure he remained stable throughout the process.

Dr. Halvorsen spoke with clarity and professionalism as she outlined the next steps for Drew’s post-operative care.

Drew, as part of the follow-up, we will be collecting semen samples over the coming months to ensure the vasectomy is effective. Unfortunately, the initial tests showed that the procedure was not yet fully effective, and as a result, you are not permitted to engage in any activities that could lead to conception. We’ve scheduled your orchiectomy for later this year to permanently address this. In the meantime, you’ll remain on chemical treatment for about three months. We will continue to monitor your condition closely.

As part of the final stages of your treatment plan, we will proceed with an orchiectomy and a circumcision. 

The orchiectomy will involve the removal of both testes through a small incision made in the scrotum. The testes will be carefully separated from the surrounding tissue and removed. Afterward, the incision will be closed with sutures. which is necessary to complete your sterilization. 

The circumcision will be performed as well, primarily because, for individuals who are no longer part of the breeding program, the foreskin is not considered essential. The Circumcision will involve the surgical removal of the foreskin” After the procedure, you may experience some discomfort, especially because the glans which is normally protected by the foreskin will be exposed and more sensitive to friction and contact. This sensitivity usually decreases over time as the tissue adjusts. We’ll provide care instructions to help manage this and ensure proper healing.