NILUS LAB
Validated
(Yamanaka)
POPULATION --
NEURAL SDE
TRAINED (9.4M)
SESSION #1
PROTOCOL DESIGN
1. Reprogramming Factors
TARGET TRANSCRIPTION
H1FOO-DD (2024 Boost)
MPTR (Nilus Lab Rejuvenation)
Active Factors in Selection:
OCT4, SOX2, KLF4, c-MYC
2. Perturbations
KNOWLEDGE INTEGRATION
Upload research papers or protocols. The AI will reorganize messy data to sort out simulation problems.
3. RENDERING
MICRO-VIEW CONTROLS
VIEWPORT: 2D SIMULATION
CYCLE: FLUORO / PHASE / IMMUNO
COLONY RADIUS 380px
CELL DENSITY 1800
CHANNEL: 488nm (GREEN) 90%
CHANNEL: DAPI (BLUE) 70%
EXPOSURE (BRIGHTNESS) 50%
RESEARCH LABORATORY
Active Objective
Achieve >150 iPSCs with 0 Tumors
Scenario Presets
GENETIC NOISE 0.015
MUTATION PROBABILITY 0.05%
PROTOCOL POTENCY 100%
Actin (Green)
Cytoplasm (Red)
DAPI (Blue)
LIVE TELEMETRY LIVE
Entropy--
Genomic Stability--
Predictive DriftSTABLE
Mean Mobility0.00 µm/s
SELECTED CELL
Cell ID--
Type--
Health--
BioAge--
Primary Marker (scVI) --
ANALYTICS
Population Count (Current)
Time Course (60s)
Zenith V28: Kilo-Genome Explorer
High-Res Transcriptome (scVI)
IDLE
Select a cell to expand transcriptome...
AI PROTOCOL DISCOVERY
Autonomous trajectory optimization against HCA manifold.
Latent Explorer
Troubleshoot: Open Backend Check
MODE: HIGH_FIDELITY_MICROSCOPY
60 FPS

Longitudinal Longevity Analysis

Patient Digital Twin: Kagawea-Sim v26.1 | Clinical Profile: #4922-A

Current Biological Age
--
Baseline Stabilized
Population Entropy
--
Orderly Manifestation
Systemic Health Index
--
Stochastic Resistance: High
Longevity Trajectory (BioAge Over Time)
Cellular Composition
Clinical Observations
Simulating long-term steady state... capture snapshots to see trends.
Protocol Recommendation
Awaiting sufficient longitudinal data points...