Wrong-site surgery is vanishingly rare, yet when it happens it exposes every weak seam in a hospital’s safety culture; the Ohio case alleging a wrong-leg amputation shows how a cascade of basic checks can fail in sequence and leave a patient with life-altering harm.
At a Glance
- A 32-page complaint alleges surgeons amputated Sharon Jacks’s left leg when the plan was to remove her right leg in September 2025.
- Her attorney says the right leg was correctly marked before surgery and that mark remained visible after the wrong leg was removed.
- The filing claims two surgical “timeouts” occurred and still did not stop the error; multiple team members are named as defendants.
- Reporting indicates the hospital acknowledged procedural failures and removed involved staff; Jacks later lost her right leg as well, becoming a double amputee.
What the lawsuit alleges happened in the operating room
The complaint filed on behalf of Sharon Jacks states that she consented to a right-leg amputation; the operating team instead prepared, draped, tourniqueted, and ultimately amputated her left leg. The filing names the hospital, the operating surgeon, and multiple members of the operating room team, asserting that each bore responsibility for preventing a wrong-site surgery. Jacks’s counsel has said the surgeon correctly marked the right leg preoperatively and that the mark remained in place after the left leg was removed, a detail that, if borne out by records and testimony, would indicate a breakdown not of knowledge but of execution and team verification at the sterile field.
The suit further alleges that two timeouts—formal pauses to confirm patient identity, procedure, and site—were conducted and still failed to stop the team from operating on the wrong limb. Reporting based on the filing says the team placed a pneumatic tourniquet on the wrong thigh and proceeded despite multiple visual and procedural opportunities to recognize the mismatch between plan and action. After the operation, Jacks ultimately underwent amputation of the original, diseased right leg as well, leaving her a double amputee and underpinning claims of severe and permanent harm.
How such an error fits—and defies—the safety playbook
Wrong-site, wrong-procedure, and wrong-patient events are classified as “never events”—preventable harms that comprehensive systems should catch. Their rarity on a per-surgery basis often lulls institutions into a false sense of security: a seminal analysis estimated on the order of one such event per 112,000 surgeries, translating to perhaps a single event every five to ten years in a typical hospital. That base rate is cold comfort to patients and families when the system fails, and it can complicate preparedness because teams have limited lived experience with the failure mode.
In investigations across health systems, the same contributing factors appear with numbing regularity: deviation from policy, inconsistent documentation, incomplete or rushed timeouts, miscommunication among team members, and failures to reconcile consent, imaging, and site marking at the moment of incision. Reviews by professional societies and patient-safety organizations repeatedly rank wrong-site surgery among top reported sentinel events; the pattern is not mystery but discipline—teams that scrupulously adhere to standardized verification steps virtually eliminate these errors, while even small lapses can prove catastrophic.
The specific claims that anchor the Ohio case
Several details in the Jacks filing, if substantiated through charts, audit logs, and testimony, map directly onto recognized failure points. First, the assertion that the correct right leg was marked and that the mark remained visible implies that later steps—sterile prep and draping, instrument handoff, and incision—proceeded without effectively reconciling what was physically before the team with the consent and plan. Second, the allegation of two timeouts points to a common pitfall: a timeout performed as ritual rather than as an active, eyes-on confirmation that the marked site, consent language, operative plan, and patient positioning all align. Third, the reported placement of a tourniquet on the wrong thigh signals a chain of silent assumptions among multiple disciplines—nursing, anesthesia, and the surgeon—when the safest pattern is to treat any inconsistency as a hard stop.
Public reporting indicates the hospital acknowledged an adverse, avoidable event, said expected procedures were not followed, and stated that involved staff no longer held their positions. The hospital also asserted its protocols had been reviewed by the Mayo Clinic and the state health department—an argument about the design of policy rather than its execution on the day in question. That juxtaposition matters. In wrong-site events, the decisive issue is almost always whether the specific steps were actually performed and cross-checked in the room, not whether a binder on a shelf contained an excellent policy.
How wrong-site safeguards are supposed to work—step by step
The modern perioperative safety bundle is deliberately redundant. It begins with unambiguous documentation of the operative side and level in clinic notes and the consent form; carries through to imaging verification; requires a physical site mark by the operating surgeon with the patient’s involvement when possible; and culminates in the timeout, a team ritual that should be anything but rote. The circulating nurse or designated leader reads the consent aloud; the surgeon states the procedure, side, and level; anesthesia and nursing confirm identity and positioning; and the team collectively visually verifies the site mark before incision. Many services add a “hard-stop” re-verification at the moment of draping and again just before knife-to-skin when a tourniquet is placed or a limb is exsanguinated. These redundancies exist to catch exactly the sort of drift that the Jacks complaint describes.
When failures occur, root-cause analyses usually find more than one miss: a documentation inconsistency left unresolved, a timeout conducted while tasks continued rather than with full attention, or a hierarchy that muted a junior staff member’s concern. Malpractice data analyses consistently list failure to follow policy, poor documentation, and communication lapses as leading contributors—failures of reliability in routine steps rather than exotic system flaws.
What accountability and prevention look like after a wrong-site event
Two things can be true at once: individual clinicians bear responsibility for adhering to safeguards, and institutions are responsible for designing systems that anticipate human error and make the right action the easy, obvious action. After a wrong-site event, credible organizations move quickly on both fronts. They conduct a formal root-cause analysis; disclose the error to the patient and family; report the sentinel event as required; retrain and, when appropriate, discipline staff; and, crucially, change the system in ways that would have prevented the failure. Common improvements include tightening consent language to force side/level specificity, requiring photographic confirmation of site marks before incision, instituting “sterile cockpit” rules during timeouts, and empowering any team member—regardless of role—to halt the case without repercussion when something does not track. Professional bodies and safety agencies provide detailed playbooks precisely for these scenarios.
In the Ohio matter, reporting that the hospital acknowledged procedural failure and removed involved personnel addresses only part of the accountability equation; the lasting measure will be whether durable system changes reduce the risk of recurrence and whether those changes are audited for compliance over time. For the patient and family, civil litigation is the mechanism to seek compensation for permanent disability, pain, and loss of quality of life. The complaint in this case seeks compensatory and punitive damages, which is consistent with the gravity of harm when preventable surgery removes a healthy limb.
This poor woman is Sharon Jacks and she lives in Washington County, Ohio.
She went into surgery for a lower-right-leg amputation due to cancer found there.
The lawsuit says the team prepped the wrong leg, put the tourniquet on the wrong thigh, ran two required time-outs to… pic.twitter.com/eD4b0u9Fok
— My moms caregiver (@mymomcare) September 29, 2026
The broader meaning: rare, preventable, and demanding of rigor
Wrong-site surgery sits in a paradoxical niche of risk: it is rare enough that many clinicians will never see one, yet so preventable that each instance indicts process, culture, or both. Safety literature has warned for years that low-frequency, high-severity hazards require constant rehearsal of fundamentals precisely because they are easy to discount until tragedy strikes. The allegations in the Jacks case—marked limb ignored, timeouts ineffective, tourniquet on the wrong thigh—fit the pattern that safety science has mapped. The remedy is not novel technology; it is unwavering reliability in simple steps, performed together, every time.
Sources:
nypost.com, nytimes.com, wkyc.com, cleveland.com, boingboing.net, chglawyers.com, cbc.ca
