1) Using Punnett Squares, determine which genotypes are possible at each gene locus if you cross Parent A and Parent B (2 pt). Hypomelanism (H/h): DRAGON A Genetic Stripe (G/g) DRAGON A DRAGON B DRAGON B DRAGON A DRAGON A Translucent (T/t): DRAGON B Spikes/Scales (B/b): DRAGON B

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**Educational Website Content on Bearded Dragon Breeding**

**Genetic Traits and Inheritance Patterns**

| Trait            | Inheritance Pattern                      |
|------------------|------------------------------------------|
| Hypomelanism     | Autosomal Recessive                      |
| Translucent      | Autosomal Recessive                      |
| Genetic Stripe   | Autosomal Dominant                       |
| Leatherback      | Codominant                               |
| Sex Reversal     | Temperature-Sensitive Allele             |

**Bearded Dragon Breeding Scenario**

As a bearded dragon breeder, it's important to explore the potential colors and markings of offspring when breeding two specific dragons:

- **Dragon A (ZW): HhttggBb**
- **Dragon B (ZZ): hhTTGGBb**

*Images:*
- Image of Dragon A shows a bearded dragon with distinct blue coloration.
- Image of Dragon B depicts a bearded dragon with vibrant red and orange hues.

**Genetic Analysis Using Punnett Squares**

1. **Determine Possible Genotypes**

   Utilize Punnett Squares to establish possible genotypes for each gene locus when crossing Parent A and Parent B:

   - **Hypomelanism (H/h)**
     - Punnett Square: 2x2 grid depicting genetic combinations of Dragon A and Dragon B.
   - **Translucent (T/t)**
     - Punnett Square: 2x2 grid.
   - **Genetic Stripe (G/g)**
     - Punnett Square: 2x2 grid.
   - **Spikes/Scales (B/b)**
     - Punnett Square: 2x2 grid.

2. **Phenotype Analysis**

   Analyze potential phenotypic traits that cannot emerge from the offspring of these two dragons. Examine each locus using Punnett Squares to identify any missing phenotypes. Note that incorrect listings of possible phenotypes will incur point deductions.

3. **Temperature Influence on Sex Reversal**

   Discover the effects of higher incubation temperatures on the offspring of Dragon A and Dragon B, focusing on potential differences in male and female ratios. Conduct an online search for scientific literature to find one credible reference supporting your conclusions about temperature effects on sex reversal.

**Note:** This analysis is valuable for understanding how specific genetic traits and environmental factors influence the characteristics of bearded dragon offspring.
Transcribed Image Text:**Educational Website Content on Bearded Dragon Breeding** **Genetic Traits and Inheritance Patterns** | Trait | Inheritance Pattern | |------------------|------------------------------------------| | Hypomelanism | Autosomal Recessive | | Translucent | Autosomal Recessive | | Genetic Stripe | Autosomal Dominant | | Leatherback | Codominant | | Sex Reversal | Temperature-Sensitive Allele | **Bearded Dragon Breeding Scenario** As a bearded dragon breeder, it's important to explore the potential colors and markings of offspring when breeding two specific dragons: - **Dragon A (ZW): HhttggBb** - **Dragon B (ZZ): hhTTGGBb** *Images:* - Image of Dragon A shows a bearded dragon with distinct blue coloration. - Image of Dragon B depicts a bearded dragon with vibrant red and orange hues. **Genetic Analysis Using Punnett Squares** 1. **Determine Possible Genotypes** Utilize Punnett Squares to establish possible genotypes for each gene locus when crossing Parent A and Parent B: - **Hypomelanism (H/h)** - Punnett Square: 2x2 grid depicting genetic combinations of Dragon A and Dragon B. - **Translucent (T/t)** - Punnett Square: 2x2 grid. - **Genetic Stripe (G/g)** - Punnett Square: 2x2 grid. - **Spikes/Scales (B/b)** - Punnett Square: 2x2 grid. 2. **Phenotype Analysis** Analyze potential phenotypic traits that cannot emerge from the offspring of these two dragons. Examine each locus using Punnett Squares to identify any missing phenotypes. Note that incorrect listings of possible phenotypes will incur point deductions. 3. **Temperature Influence on Sex Reversal** Discover the effects of higher incubation temperatures on the offspring of Dragon A and Dragon B, focusing on potential differences in male and female ratios. Conduct an online search for scientific literature to find one credible reference supporting your conclusions about temperature effects on sex reversal. **Note:** This analysis is valuable for understanding how specific genetic traits and environmental factors influence the characteristics of bearded dragon offspring.
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