What did COVID-19 change for anatomy, physiology and pathology students?
Updated Apr 05, 2026
COVID-19anatomy, physiology and pathologyCOVID-19 hit anatomy, physiology and pathology where these courses are hardest to replicate: practical teaching, clear assessment, and reliable communication. NSS comments show that students were not only reacting to disruption itself, but also to the uncertainty that followed when lab access, marking expectations, and day-to-day guidance changed quickly.
In the National Student Survey (NSS, the UK-wide final-year student survey), the COVID-19 topic is largely negative (index −24.0) across 12,355 comments. Within anatomy, physiology and pathology, a CAH discipline used for sector comparison, tone remains comparatively positive overall (52.6% Positive), yet students still flag the same pressure points seen across the sector. Subjects allied to medicine sit closer to neutral on COVID-19 sentiment (−15.9), but in this discipline the sharpest drag still comes from marking criteria (−46.9). The sections below show what students found hardest, what helped, and what institutions should keep for the next period of disruption.
Because anatomy, physiology and pathology rely heavily on practical and lab-based learning, restrictions disrupted the routines students normally use to build confidence. Student comments and text analysis show how cohorts adapted, which institutional responses supported continuity, and where satisfaction dipped. That makes this article useful not only as a retrospective on COVID-19, but also as a checklist for disruption-ready delivery now.
What happened to practical and anatomical skill development?
Students report substantial barriers to developing hands-on laboratory and anatomical skills. Virtual labs and online simulations helped keep learning moving, but they could not replicate the tactile judgement and three-dimensional understanding built through dissection, specimen work, and supervised practice. Many students struggled to convert two-dimensional images into usable anatomical knowledge, a serious issue in courses that prepare them for clinical or research work. Reduced in-lab interaction with staff and peers also removed informal feedback and collaborative problem-solving. The takeaway for programme teams is clear: use digital tools to prepare for practical work, reinforce it, or bridge short gaps, not to replace core in-person skill development.
How did universities respond to COVID-19 in these disciplines?
Providers moved quickly to protect continuity. Teams adapted practical content with digital tools, introduced safety nets such as revised grading approaches, and reworked placements within health restrictions. The stronger responses did more than move content online: they kept one clear source of truth, explained what had changed and why, and offered short, regular briefings that helped students stay oriented. When institutions preserved that rhythm and made expectations explicit, motivation and learning continuity held up better.
What made remote learning difficult for these students?
Library closures and restricted specialist facilities limited access to essential resources. Replacing live demonstrations with videos removed real-time questioning and immediate feedback, which made complex material harder to absorb. Recorded lectures improved flexibility, but for many students they also reduced interaction and weakened engagement. Survey feedback led some teams to refine pedagogy and digital platforms as the pandemic continued, yet students still describe remote learning as a poor substitute for mastering intricate anatomical detail without supervised, hands-on sessions. If remote delivery is unavoidable, the minimum standard is interactive teaching plus a clear route back into practical work.
Where did communication and organisation fall short?
Students describe patchy communication about changes to teaching, assessment briefs, marking criteria, and placements. Unanswered emails, overlapping virtual meetings, and shifting timetables created uncertainty that slowed planning and study pace. Access to digital materials also varied in usability and compatibility, adding friction exactly when students needed clarity most. Programmes coped better when they applied the timetable fixes anatomy students ask for: a named owner, consistent weekly updates, and clearly signposted disability-related adjustments. Clear ownership reduced churn, and that lesson applies well beyond emergency teaching.
What support structures worked during COVID-19?
Staff availability and personal contact mattered most. Lecturers and tutors who offered structured office hours, prompt replies, and short check-ins helped students feel connected rather than abandoned. Academic support teams moved services online through virtual drop-ins, expanded digital resources, and counselling. Where programmes asked for feedback on those changes and then explained how they were responding, students were more likely to stay engaged. The practical lesson is to make support for anatomy, physiology and pathology students visible and predictable, not something students have to chase when they are already under pressure.
How did students manage financial stress during COVID-19?
The pandemic intensified living-cost pressure and uncertainty about part-time work. Some students had to balance employment with study, which affected concentration, attendance, and wellbeing. Universities reduced the strain when they offered emergency funds, flexible fee arrangements, and clear access to financial advice. Proactive signposting mattered because students under financial stress rarely have the capacity to hunt for help twice.
What should universities carry forward?
Carry forward the systems that reduced confusion and protected progress. Keep a simple playbook for rapid shifts to online or blended delivery, maintain one updated source for key changes, and schedule regular micro-briefings when routines are unstable. Make assessment clarity standard practice with the feedback practices anatomy, physiology and pathology students say they need: transparent marking criteria, concise exemplars, and actionable feed-forward. Stabilise timetabling and reduce late changes. Preserve the people-centred behaviours students valued most: rapid staff availability, structured interaction points, and visible responses to student voice. For anatomy, physiology and pathology, restore and prioritise in-person practical exposure as soon as feasible, and use simulations as preparation rather than replacement. These steps make future disruption less chaotic, and everyday delivery more usable.
How Student Voice Analytics helps you
If you need to see where lab-based provision becomes fragile, Student Voice Analytics turns open-text survey comments into clear, defensible priorities. It tracks topic volume and sentiment over time, benchmarks like-for-like across CAH groups and demographics, and drills from institution to school, department, and programme. Use it to spot where assessment clarity, communication, or practical access are slipping, then share concise anonymised briefings with programme and quality teams so changes are easier to prioritise and defend.
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