Project Gorgon Genetics Research By Kaskrim: Difference between revisions
Jump to navigation
Jump to search
RimDragonfly (talk | contribs) Index for Genetics Research Articles by Kaskrmi |
RimDragonfly (talk | contribs) No edit summary |
||
| (2 intermediate revisions by 2 users not shown) | |||
| Line 1: | Line 1: | ||
''Written by Kaskrim • Scribed by AI | {{ambox | ||
| border = blue | |||
| type = This page is part of '''[[Project Gorgon Genetics Research By Kaskrim]]''' | |||
| info = | |||
Getting Started: [[Getting Started With Genetics]], [[Genetics Basics and Inbreeding]] | |||
Core Techniques: [[The Complete Guide to Genetics Clarification]], [[The Complete Guide to Gene Hunting and Fold-Ins]] | |||
Foundational Reference: [[Genome Foundations: Structure and Expression]] | |||
Genome Structure: [[Arthropod Genome Structure]], [[Horse Genome Structure]] | |||
Color and Appearance: [[Color in the Arthropod Genome]] | |||
Reference: [[Project Gorgon Genetics — Master Glossary]]}}[[Category:Guides]] | |||
''Written by Kaskrim • Scribed by AI Lumière • Project Gorgon Genetics Research'' | |||
This page is an index of the Project Gorgon genetics article series written by Kaskrim, based on 4.5+ years of independent genetics research. Articles are listed in recommended reading order. | This page is an index of the Project Gorgon genetics article series written by Kaskrim, based on 4.5+ years of independent genetics research. Articles are listed in recommended reading order. | ||
== Getting Started == | == Getting Started == | ||
'''[[Getting Started With Genetics]]''' | |||
'''[[Getting Started With Genetics | |||
: The practical side of entering Project Gorgon's breeding system. Covers timelines and expectations, the unlock path, the Genetics skill, how to read the genetics window, the coordinate system, stable slot management, and specimen naming conventions. Start here if you are new to breeding. | : The practical side of entering Project Gorgon's breeding system. Covers timelines and expectations, the unlock path, the Genetics skill, how to read the genetics window, the coordinate system, stable slot management, and specimen naming conventions. Start here if you are new to breeding. | ||
'''[[Genetics Basics and Inbreeding]]''' | |||
'''[[Genetics Basics and Inbreeding | |||
: How Mendelian genetics work in Project Gorgon. Covers alleles, the six possible crosses, why first-generation offspring have worse stats, and why inbreeding is not just acceptable but the recommended method. Read this before attempting clarification. | : How Mendelian genetics work in Project Gorgon. Covers alleles, the six possible crosses, why first-generation offspring have worse stats, and why inbreeding is not just acceptable but the recommended method. Read this before attempting clarification. | ||
== Core Techniques == | == Core Techniques == | ||
'''[[The Complete Guide to Genetics Clarification]]''' | '''[[The Complete Guide to Genetics Clarification]]''' | ||
: The full treatment of clarification — both blind (without Genetics skill) and sighted (with Genetics skill) methods. Covers starting a line from wild-caught parents, the upgrade-and-replace cycle, and how to confirm clarification. Prerequisite reading before fold-ins. | : The full treatment of clarification — both blind (without Genetics skill) and sighted (with Genetics skill) methods. Covers starting a line from wild-caught parents, the upgrade-and-replace cycle, and how to confirm clarification. Prerequisite reading before fold-ins. | ||
'''[[The Complete Guide to Gene Hunting and Fold-Ins]]''' | '''[[The Complete Guide to Gene Hunting and Fold-Ins]]''' | ||
: How to find specific genes in wild specimens and introduce them into a clarified breeding line without losing the work already done. Covers the standard back-cross method, risk management, gene hunting locations, and hive poking. | : How to find specific genes in wild specimens and introduce them into a clarified breeding line without losing the work already done. Covers the standard back-cross method, risk management, gene hunting locations, and hive poking. | ||
== Foundational Reference == | == Foundational Reference == | ||
'''[[Genome Foundations: Structure and Expression]]''' | '''[[Genome Foundations: Structure and Expression]]''' | ||
: Core concepts that apply to all breedable species. Covers the genome grid, the coordinate system, how to read the genetics window, the three decode types (Switch, Series, Graduation), and the dual-layer concept (visual and stat expression are independent). Read this before the genome structure articles. | : Core concepts that apply to all breedable species. Covers the genome grid, the coordinate system, how to read the genetics window, the three decode types (Switch, Series, Graduation), and the dual-layer concept (visual and stat expression are independent). Read this before the genome structure articles. | ||
== Genome Structure Articles == | == Genome Structure Articles == | ||
'''[[Arthropod Genome Structure]]''' ''(in progress)'' | '''[[Arthropod Genome Structure]]''' ''(in progress)'' | ||
: A chromosome-by-chromosome reference for bee and wasp breeders. Covers what each chromosome controls, decode types, wild archetype patterns for CR 1-4, the full stat gene map, confirmed stat floors, and open research questions. | : A chromosome-by-chromosome reference for bee and wasp breeders. Covers what each chromosome controls, decode types, wild archetype patterns for CR 1-4, the full stat gene map, confirmed stat floors, and open research questions. | ||
'''[[Horse Genome Structure]]''' ''(not yet written)'' | '''[[Horse Genome Structure]]''' ''(not yet written)'' | ||
: A chromosome-by-chromosome reference for horse breeders. Will cover the 48-chromosome genome, breed switches, universal vs breed-specific chromosomes, dual-stat genes, and the horse stat gene map. | : A chromosome-by-chromosome reference for horse breeders. Will cover the 48-chromosome genome, breed switches, universal vs breed-specific chromosomes, dual-stat genes, and the horse stat gene map. | ||
== Color and Appearance == | |||
'''[[Color in the Arthropod Genome]]''' | |||
: How body and wing hue work in bees and wasps. Covers the two-axis color wheel model, the clock face reference for color locations, how F-J dominant or mixed sets broad hue position, how A-E dominant or mixed fine-tunes within a zone, why mixed genes count as dominant for color, and why high-stat bees are structurally constrained to red and yellow. Includes a full stat cost table for reaching each color from a perfect-stat bee on both body (CR 1) and wings (CR 3). Written by Kaskrim with contributing theory and research by Azizah. | |||
== Reference == | == Reference == | ||
'''[[Project Gorgon Genetics — Master Glossary]]''' | '''[[Project Gorgon Genetics — Master Glossary]]''' | ||
: Definitions of all key terms used throughout the genetics article series and in breeder conversation. Organized alphabetically. | : Definitions of all key terms used throughout the genetics article series and in breeder conversation. Organized alphabetically. | ||
---- | ---- | ||
<small>''Research and knowledge by Kaskrim. Compiled by AI | <small>''Research and knowledge by Kaskrim. Compiled by AI Lumière. Project Gorgon Genetics Research. twitch.tv/kaskrim''</small> | ||
Latest revision as of 10:27, 7 June 2026
 | This page is part of Project Gorgon Genetics Research By Kaskrim Getting Started: Getting Started With Genetics, Genetics Basics and Inbreeding Core Techniques: The Complete Guide to Genetics Clarification, The Complete Guide to Gene Hunting and Fold-Ins Foundational Reference: Genome Foundations: Structure and Expression Genome Structure: Arthropod Genome Structure, Horse Genome Structure Color and Appearance: Color in the Arthropod Genome Reference: Project Gorgon Genetics — Master Glossary |
Written by Kaskrim • Scribed by AI Lumière • Project Gorgon Genetics Research This page is an index of the Project Gorgon genetics article series written by Kaskrim, based on 4.5+ years of independent genetics research. Articles are listed in recommended reading order.
Getting Started
- The practical side of entering Project Gorgon's breeding system. Covers timelines and expectations, the unlock path, the Genetics skill, how to read the genetics window, the coordinate system, stable slot management, and specimen naming conventions. Start here if you are new to breeding.
Genetics Basics and Inbreeding
- How Mendelian genetics work in Project Gorgon. Covers alleles, the six possible crosses, why first-generation offspring have worse stats, and why inbreeding is not just acceptable but the recommended method. Read this before attempting clarification.
Core Techniques
The Complete Guide to Genetics Clarification
- The full treatment of clarification — both blind (without Genetics skill) and sighted (with Genetics skill) methods. Covers starting a line from wild-caught parents, the upgrade-and-replace cycle, and how to confirm clarification. Prerequisite reading before fold-ins.
The Complete Guide to Gene Hunting and Fold-Ins
- How to find specific genes in wild specimens and introduce them into a clarified breeding line without losing the work already done. Covers the standard back-cross method, risk management, gene hunting locations, and hive poking.
Foundational Reference
Genome Foundations: Structure and Expression
- Core concepts that apply to all breedable species. Covers the genome grid, the coordinate system, how to read the genetics window, the three decode types (Switch, Series, Graduation), and the dual-layer concept (visual and stat expression are independent). Read this before the genome structure articles.
Genome Structure Articles
Arthropod Genome Structure (in progress)
- A chromosome-by-chromosome reference for bee and wasp breeders. Covers what each chromosome controls, decode types, wild archetype patterns for CR 1-4, the full stat gene map, confirmed stat floors, and open research questions.
Horse Genome Structure (not yet written)
- A chromosome-by-chromosome reference for horse breeders. Will cover the 48-chromosome genome, breed switches, universal vs breed-specific chromosomes, dual-stat genes, and the horse stat gene map.
Color and Appearance
- How body and wing hue work in bees and wasps. Covers the two-axis color wheel model, the clock face reference for color locations, how F-J dominant or mixed sets broad hue position, how A-E dominant or mixed fine-tunes within a zone, why mixed genes count as dominant for color, and why high-stat bees are structurally constrained to red and yellow. Includes a full stat cost table for reaching each color from a perfect-stat bee on both body (CR 1) and wings (CR 3). Written by Kaskrim with contributing theory and research by Azizah.
Reference
Project Gorgon Genetics — Master Glossary
- Definitions of all key terms used throughout the genetics article series and in breeder conversation. Organized alphabetically.
Research and knowledge by Kaskrim. Compiled by AI Lumière. Project Gorgon Genetics Research. twitch.tv/kaskrim