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⚛ BioSim v3.0 — Advanced Edition

Welcome to the Biophysics Laboratory Platform

Enjoy your interactive scientific experience — observe, diagnose, and intervene in real-time biophysical simulations.

🔬
Researcher Credentials
Student Name
Student ID
University
Faculty
Department
Course
Course Code
Secure Access PIN
Required

Faculty of Biotechnology · Prototyping Lab · MSA University

Verifying Laboratory Credentials...
Mission Briefing
You are a biotechnologist
operating in a live laboratory.
A living cell will be exposed to seven distinct biological stressors.
Each case gives you 1 minute 30 seconds to stabilize the patient.
A clinical event will occur at the 0:45 mark — test your adaptive response.

Case 7 (DNA Damage) includes additional diagnostic questions throughout,
with no mid-case alert — requiring careful analysis and adaptive treatment planning.

Your score is continuous: every second with parameters in range earns points.
Excessive slider adjustments incur an efficiency penalty.

Cases are all available for review. Complete each case sequentially to unlock the next laboratory challenge.
Cases 1–7
1:30
Case 7
1:30
Total Cases
7
Mid-Event
Cases 1–6
Stage 1 / 7
OSMOTIC STRESS
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Objective
—
Primary Risk
—
Access Restricted
Maximum Simulation Attempts Reached
Your access PIN has reached the maximum allowed 10 simulation attempts.

Please contact your instructor or laboratory supervisor for further access.
BIOSIM
TRIALS REMAINING
10 / 10
STAGE 1 — MEMBRANE TRANSPORT
Membrane
80%
ATP Energy
90%
Ion Balance
70%
Viability
85%
Time Remaining
1:30
// Current Objective
Loading mission parameters...
// Mechanism
// System Log
CASE 0
// Transport Controls
Membrane Permeability50
Controls non-selective leak. High = structural failure; Low = channel dependence.
Na⁺ Concentration50
Primary extracellular cation. Drives depolarization and symport transport.
K⁺ Concentration50
Primary intracellular cation. Drives repolarization and resting potential.
Ca²⁺ Concentration30
Divalent cation. Regulates membrane rigidity and synaptic gating.
Transport Proteins60
Facilitated diffusion carriers. Saturate at high gradients (Fick's Law).
// Electrical Controls
Electric Field (V/m)0
Pulse Duration (ms)0
// Environment
Temperature (°C)37
Affects enzyme kinetics (Q10 rule) and membrane fluidity. High = denaturation.
pH Level7.4
Affects channel protein tertiary structure. Acidosis inhibits Na+ channels.
// Interventions
⬡ Liposome Drug Delivery
Liposomes are the same phospholipid bilayer as your cell membrane — engineered into a vesicle to carry therapeutic cargo across biological barriers.
Radiation Shield
// Session Score
Stability--
Efficiency--
Actions0
TOTAL 0
Stage Complete
Osmotic Stability Achieved
You successfully stabilized the cell.
⚠ RECOVERY MODE — Stabilize critical parameters
CELL DECEASED
Simulation Terminated
Stages Completed
0/6
Time Survived
0:00
Peak Viability
0%
ATP Efficiency
0%
Precision Score
— / 200
Decision Quality
— / 100
Oscillation Penalty
−0
Early-Action Penalty
−0
0
Final Score
Case 00 — Complete
PATIENT STABILIZED
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Optimal Time
0s
Stability Score
0
Actions Taken
0
Efficiency Penalty
−0
Total Score
0
🏆 Simulation Complete
Final Performance Report
RESEARCHER: —
Total Score
0
Overall Grade
—
Cases Completed
0 / 7
⚠
CLINICAL ALERT
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