Genetics for Dummies - Revision history

Brad: Added to Guides category

2019-03-19T03:09:13Z

Added to Guides category

Slartibartfast: /* Reading Sequence Links for Playing with Plant Genomes */

2019-01-16T17:34:52Z

Reading Sequence Links for Playing with Plant Genomes

Slartibartfast at 17:34, 16 January 2019

2019-01-16T17:34:30Z

BradsBot: /* Reading Sequence Links for Playing with Plant Genomes */Adding English language flag using the "L" template

2018-08-01T21:29:57Z

Reading Sequence Links for Playing with Plant Genomes: Adding English language flag using the "L" template

BradsBot: /* Reading Sequence Links for Playing with Plant Genomes */clean up

2018-07-27T00:06:05Z

Reading Sequence Links for Playing with Plant Genomes: clean up

Ariella: /* Gene -> Gene Sets -> Genomes */

2018-03-20T01:48:31Z

Gene -> Gene Sets -> Genomes

Ariella: Created page with "= Gene -> Gene Sets -> Genomes = A '''gene''' is a basic physical unit of heredity. A gene in ATITD is named as a color. A correlaton might be in human DNA where there are..."

2018-03-20T01:47:11Z

Created page with "= Gene -> Gene Sets -> Genomes = A '''gene''' is a basic physical unit of heredity. A gene in ATITD is named as a color. A correlaton might be in human DNA where there are..."

New page

= Gene -> Gene Sets -> Genomes =

A '''gene''' is a basic physical unit of heredity. A gene in ATITD is named as a color. A correlaton might be in human DNA where there are 4 bases, adenine, cytosine, guanine, thymine. Each gene color is abbreviated to one letter for ease of use but DO NOT get color genes confused with gene sets that make colors in flowers. Example: Yellow or Y

A '''gene set''' is one or more genes in a specific sequence that controls a plant's physical characteristics. Example: Green Orange Orange Orange or GOOO which colors an outer petal of a lily one shade of magenta

One or more genes or gene sets form a linear sequence we will call a '''genome'''. Example: Vampire Sea Lily genome KIYIYIOIYIOIOK

Genes and their abbreviations:

{|{table} border=10 cellpadding="1" cellspacing="3" style="background-color:#C0C0C0"
| '''Gene Color'''
| '''Abbreviation'''
| '''Used In'''
| '''Not Used In'''
|-
| Black
| align="center"|K
| All Plants
|  
|-
| Red
| align="center"|R
| All plants
|  
|-
| Orange
| align="center"|O
| All plants
|  
|-
| Yellow
| align="center"|Y
| All plants
|  
|-
| Green
| align="center"|G
| All plants
|  
|-
| Blue
| align="center"|U
| Orchids, Rose of Ra, Sand Blooms, Sea Lilies
| Flax, Grape Vines, Wheat
|-
| Indigo
| align="center"|I
| Orchids, Rose of Ra, Sand Blooms, Sea Lilies
| Flax, Grape Vines, Wheat
|-
| Violet
| align="center"|V
| Sea Lilies
| Flax, Grape Vines, Orchids, Rose of Ra, Sand Blooms, Wheat
|-
|}

Note: Ending/beginning 'Black' or 'K' genome delimiter is not technically counted as part of the functioning genome. Think of it more like parenthesis around the genome. Example: Vampire Sea Lily (IYIYIOIYIOIO)

The picture below gives an example of using a Crystal Solvent on the Frivolity vine. A Crystal Solvent yields a six gene string when used on plants to see parts of their genomes. See below for a link on solvents.

[[Image:FrivolitySolvent.jpg|frameless|700px]]

What is possible with atitd genetics? There are 125 possible color choices for flowers. Below are 60 of those choices ranging from the color white which is 0 Cyan shades 0 Magenta shades 0 Yellow shades to combining two of the primary colors up to shade 4 each.

[[Image:Field_of_Color_1_T4.jpg|frameless|678px]]

= Reading Sequence Links for Playing with Plant Genomes =

Please use these links in listed order. Understanding genetics builds on a graduated set of learning blocks.

#Whole plant genomes. See [[Genomes]] to see a list of all the plant genomes. Use this for a brief look at genomes, but this link will again be listed later as you learn more. Do not look too long at this page to avoid brain melt.
#Crossbreeding to observe that two plants can make child plants and the mixed genes of two parents produce different characteristics. See [[Crossbreeding_and_Hints | Cross Breeding and Hints]] will guide you into learning how to crossbreed and tips for better Cross Breeding.
#What to use to Cross Breed. See [[Nut's_Essence | Nut's Essence]] to understand how to produce this substance for playing with genes and genomes.
#How do gene sets work in flowers and plants? See [[Flower_Genome_Theories | Flower Genome Theories]] and [[Flax_Genome_Theories | Flax Genome Theories]] to understand what individual gene sets control in the individual plant's physical characteristics. See [[Sea Lily Colors]] to see how the primary colors change as they are combined.
#Genomes, let's take another look at them and print it out for referencing while using the next links. See [[Genomes]].
#How can you look at gene strings in flowers and plants? We use Solvents. See [[Solvent_Making | Solvent Making]] to see how to make this substance and use it.
#How can we learn to make better choices in Cross Breeding to make what we want? See [[Advanced_Crossbreeding]] to learn how to choose parent flowers and plants, know your chances for success and all the different child plants for specific crosses. See [[Sea Lily Colors]] to figure out what color gene sets are included in your genomes.

@@ Line 78: / Line 78: @@
 #How can you look at gene strings in flowers and plants? We use Solvents. See [[Revelation_Solvent]] to see how to make this substance and use it.
 #How can we learn to make better choices in Cross Breeding to make what we want?  See [[Advanced Crossbreeding]] to learn how to choose parent flowers and plants, know your chances for success and all the different child plants for specific crosses.  See [[Sea Lily Colors]] to figure out what color gene sets are included in your genomes.
 {{L|en}}

@@ Line 76: / Line 76: @@
 #How do gene sets work in flowers and plants? See [[Flower Genome Theories]] and [[Flax Genome Theories]] to understand what individual gene sets control in the individual plant's physical characteristics.  See [[Sea Lily Colors]] to see how the primary colors change as they are combined.
 #Genomes, let's take another look at them and print it out for referencing while using the next links. See [[Genomes]].
-#How can you look at gene strings in flowers and plants? We use Solvents. See [[Revelation Solvents]] to see how to make this substance and use it.
+#How can you look at gene strings in flowers and plants? We use Solvents. See [[Revelation_Solvent]] to see how to make this substance and use it.
 #How can we learn to make better choices in Cross Breeding to make what we want?  See [[Advanced Crossbreeding]] to learn how to choose parent flowers and plants, know your chances for success and all the different child plants for specific crosses.  See [[Sea Lily Colors]] to figure out what color gene sets are included in your genomes.
 {{L|en}}

@@ Line 76: / Line 76: @@
 #How do gene sets work in flowers and plants? See [[Flower Genome Theories]] and [[Flax Genome Theories]] to understand what individual gene sets control in the individual plant's physical characteristics.  See [[Sea Lily Colors]] to see how the primary colors change as they are combined.
 #Genomes, let's take another look at them and print it out for referencing while using the next links. See [[Genomes]].
-#How can you look at gene strings in flowers and plants? We use Solvents. See [[Solvent Making]] to see how to make this substance and use it.
+#How can you look at gene strings in flowers and plants? We use Solvents. See [[Revelation Solvents]] to see how to make this substance and use it.
 #How can we learn to make better choices in Cross Breeding to make what we want?  See [[Advanced Crossbreeding]] to learn how to choose parent flowers and plants, know your chances for success and all the different child plants for specific crosses.  See [[Sea Lily Colors]] to figure out what color gene sets are included in your genomes.
 {{L|en}}

← Older revision		Revision as of 21:29, 1 August 2018
Line 78:		Line 78:
	#How can you look at gene strings in flowers and plants? We use Solvents. See [[Solvent Making]] to see how to make this substance and use it.		#How can you look at gene strings in flowers and plants? We use Solvents. See [[Solvent Making]] to see how to make this substance and use it.
	#How can we learn to make better choices in Cross Breeding to make what we want? See [[Advanced Crossbreeding]] to learn how to choose parent flowers and plants, know your chances for success and all the different child plants for specific crosses. See [[Sea Lily Colors]] to figure out what color gene sets are included in your genomes.		#How can we learn to make better choices in Cross Breeding to make what we want? See [[Advanced Crossbreeding]] to learn how to choose parent flowers and plants, know your chances for success and all the different child plants for specific crosses. See [[Sea Lily Colors]] to figure out what color gene sets are included in your genomes.
		+
		+	{{L\|en}}

@@ Line 72: / Line 72: @@
 #Whole plant genomes. See [[Genomes]] to see a list of all the plant genomes. Use this for a brief look at genomes, but this link will again be listed later as you learn more. Do not look too long at this page to avoid brain melt.
-#Crossbreeding to observe that two plants can make child plants and the mixed genes of two parents produce different characteristics.  See [[Crossbreeding_and_Hints | Cross Breeding and Hints]] will guide you into learning how to crossbreed and tips for better Cross Breeding.
+#Crossbreeding to observe that two plants can make child plants and the mixed genes of two parents produce different characteristics.  See [[Crossbreeding and Hints|Cross Breeding and Hints]] will guide you into learning how to crossbreed and tips for better Cross Breeding.
-#What to use to Cross Breed. See [[Nut's_Essence | Nut's Essence]] to understand how to produce this substance for playing with genes and genomes.
+#What to use to Cross Breed. See [[Nut's Essence]] to understand how to produce this substance for playing with genes and genomes.
-#How do gene sets work in flowers and plants? See [[Flower_Genome_Theories | Flower Genome Theories]] and [[Flax_Genome_Theories | Flax Genome Theories]] to understand what individual gene sets control in the individual plant's physical characteristics.  See [[Sea Lily Colors]] to see how the primary colors change as they are combined.
+#How do gene sets work in flowers and plants? See [[Flower Genome Theories]] and [[Flax Genome Theories]] to understand what individual gene sets control in the individual plant's physical characteristics.  See [[Sea Lily Colors]] to see how the primary colors change as they are combined.
 #Genomes, let's take another look at them and print it out for referencing while using the next links. See [[Genomes]].
-#How can you look at gene strings in flowers and plants? We use Solvents. See [[Solvent_Making | Solvent Making]] to see how to make this substance and use it.
+#How can you look at gene strings in flowers and plants? We use Solvents. See [[Solvent Making]] to see how to make this substance and use it.
-#How can we learn to make better choices in Cross Breeding to make what we want?  See [[Advanced_Crossbreeding]] to learn how to choose parent flowers and plants, know your chances for success and all the different child plants for specific crosses.  See [[Sea Lily Colors]] to figure out what color gene sets are included in your genomes.
+#How can we learn to make better choices in Cross Breeding to make what we want?  See [[Advanced Crossbreeding]] to learn how to choose parent flowers and plants, know your chances for success and all the different child plants for specific crosses.  See [[Sea Lily Colors]] to figure out what color gene sets are included in your genomes.

@@ Line 65: / Line 65: @@
 What is possible with atitd genetics?  There are 125 possible color choices for flowers.  Below are 60 of those choices ranging from the color white which is 0 Cyan shades 0 Magenta shades 0 Yellow shades to combining two of the primary colors up to shade 4 each.
-[[Image:Field_of_Color_1_T4.jpg|frameless|678px]]
+[[Image:678px-Field_of_Color_1_T4.jpg|frameless|678px]]
 = Reading Sequence Links for Playing with Plant Genomes =