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  <Questions>
    <Question>
      <Info>What is the genetic disease that put the Romanov Family's throne in trouble?</Info>
      <link />
      <Answers>
        <Answer>
          <Info>baldness</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>hemophilia</Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
        <Answer>
          <Info>sickle cell</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>color blindedness</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
    <Question>
      <Info>What are the two types of chromosomes designated for sex?</Info>
      <link />
      <Answers>
        <Answer>
          <Info>the large X chromosome and the small Y chromosome. </Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
        <Answer>
          <Info>the small X chromosome and the small Y chromosome. </Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>the small X chromosome and the large Y chromosome. </Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>the large X chromosome and the large Y chromosome. </Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
    <Question>
      <Info>What is the gender of the offspring who inherits X chromosomes from each parents?</Info>
      <link />
      <Answers>
        <Answer>
          <Info>female (XY)</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>male (XX)</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>female (XX)</Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
        <Answer>
          <Info>female (YY)</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
    <Question>
      <Info>In this method of sex differentiation, males are designated as ZZ, while females are represented by ZW. As such, males differentiated through this method are homogametic (same gametes) while females are heterogametic (different gametes).</Info>
      <link />
      <Answers>
        <Answer>
          <Info>Environmental Sex Determination </Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Haplodiploidy System</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>X-Y Modification</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Z-W Method</Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
    <Question>
      <Info>In this method of sex determination, the queen decides whether an egg is going to be fertilized or not. If the egg is fertilized by the sperm, the offspring becomes female and is a diploid organism (2n). If the egg hatches without being fertilized by the sperm, the offspring becomes male and is a haploid organism (n). </Info>
      <link />
      <Answers>
        <Answer>
          <Info>Environmental Sex Determination </Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Haplodiploidy System</Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
        <Answer>
          <Info>X-Y Modification</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Z-W Method</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
    <Question>
      <Info>Crocodiles, most turtles, and some lizards depend on the incubation temperature of eggs for sex determination. When the eggs are fertilized and laid, these are immediately set aside by the parent organism. However, during a certain period of incubation known as the thermosensitive period.</Info>
      <link />
      <Answers>
        <Answer>
          <Info>Temperature Sex Determination</Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
        <Answer>
          <Info>Environmental Sex Determination </Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Haplodiploidy System</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>X-Y Modification</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
    <Question>
      <Info>The inheritance and expression of certain traits can be directly associated with sex, i.e. several traits can only be expressed by females due to the XX chromosomes while certain traits can only be expressed by males due to the XY chromosomes. </Info>
      <link />
      <Answers>
        <Answer>
          <Info>Sex-determination</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Sex-influenced</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Sex-linked</Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
        <Answer>
          <Info>Sex-limited</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
    <Question>
      <Info>There are cases wherein only the male expresses a certain trait, while the expression of the said trait in females remains inactive. As such, females will express a different trait. However, what makes this unique is that these different traits have the same genotype involved. </Info>
      <link />
      <Answers>
        <Answer>
          <Info>Sex-determination</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Sex-influenced</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Sex-linked</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Sex-limited</Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
    <Question>
      <Info>Hormones associated with sex can also cause the differential expression of certain traits. There are cases wherein both males and females express a certain trait — however, one of the sexes expresses the trait more evidently than the other. </Info>
      <link />
      <Answers>
        <Answer>
          <Info>Sex-determination</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Sex-influenced</Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
        <Answer>
          <Info>Sex-linked</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>Sex-limited</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
    <Question>
      <Info>It is usually an inherited bleeding disorder in which the blood does not clot properly. This can lead to spontaneous bleeding as well as bleeding following injuries or surgery. Blood contains many proteins called clotting factors that can help to stop bleeding.</Info>
      <link />
      <Answers>
        <Answer>
          <Info>baldness</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>hemophilia</Info>
          <IsCorrect>true</IsCorrect>
        </Answer>
        <Answer>
          <Info>sickle cell</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
        <Answer>
          <Info>color blindedness</Info>
          <IsCorrect>false</IsCorrect>
        </Answer>
      </Answers>
      <Type>Single</Type>
    </Question>
  </Questions>
</Data>