Biophysical Instrumentation VI: Spatial Encoding and Genome-Scale Maps Step by Step
A lightweight execution-visualization book.
MRI Spatial Encoding
Gradient Field Makes Frequency Addresses
Phase Index Pins Position
K-Space Grid Is an Address Book
X-Ray Reciprocal Maps
Miller Indices Pick Plane Spacing
Bragg Condition Selects a Spot
Reciprocal Map Keeps Index Geometry
PCR and Clone-Chip Ledgers
Thermal Cycle Energy Is Repeated Work
Many Wells Share One Schedule
Clone-Chip Addresses Scale the Map
Genome-Scale Throughput Audit
Reads Turn Addresses Into Coverage
Physical Map and Read Map Meet
Genome-Scale Audit Closes the Chain
Spatial Map Cross Scans
MRI Gradient Three-Row Scan
Thermal Cycle Three-Row Scan
Coverage Depth Three-Row Scan
Spatial Integrity Depth Scans
MRI Affine Address Three-Row Scan
Reciprocal Family Spacing Three-Row Scan
Exposure Time-Capture Three-Row Scan
Thermal Parallel Schedule Three-Row Scan
Coverage Capacity Three-Row Scan