![\"By](\"https:\/\/d.medicaldaily.com\/en\/full\/334762\/yeast.jpg?w=466&h=311&f=483da1e5cfc0f41c3f0152bf5f30e6cd\")
<\/a><\/figure>Human-Yeast Hybrids May Bring New Insights To Genetic Diseases<\/a><\/h3>By creating genetic human-yeast hybrids, scientists show us how similar we are to other organisms despite a billion years of evolution.<\/summary><\/li>![\"You](\"https:\/\/d.medicaldaily.com\/en\/full\/334712\/dna.jpg?w=466&h=311&f=cbd6c8fa6fabb02a6a6b2799fa18a099\")
<\/a><\/figure>Are Leaders Born Or Made?: DAT1 Gene Linked To Both Positive And Negative Leadership Traits<\/a><\/h3>Are you born to lead? A new study suggests that elements of good leaders' personalities may be genetic.<\/summary><\/li>![\"The](\"https:\/\/d.medicaldaily.com\/en\/full\/334684\/identical-twins.jpg?w=466&h=311&f=8c4f83d57b2ac67d41d87b713f78f73e\")
<\/a><\/figure>Nature vs. Nurture Debate: 50-Year Twin Study Proves It Takes Two To Determine Human Traits<\/a><\/h3>The debate on nature versus nurture has been settled, and according to science, it's a draw.<\/summary><\/li>![\"The](\"https:\/\/d.medicaldaily.com\/en\/full\/334536\/stutter-sample.jpg?w=466&h=311&f=bd331337ece72fd17137568577a0d923\")
<\/a><\/figure>To Understand Stuttering, Scientists Collect Spit Samples And Analyze The Genes Within<\/a><\/h3>By analyzing the DNA of stutterers and their family members, scientists hope to piece together the root causes of the disorder.<\/summary><\/li>![\"(Bronze](\"https:\/\/d.medicaldaily.com\/en\/full\/333994\/bronze-age-skeletal-remains.jpg?w=466&h=311&f=2988cd227c5a901a524c1719f67170e7\")
<\/a><\/figure>Bronze Age Forefathers' Genetics Live Out In 2 Out Of Every 3 European Men<\/a><\/h3>Nearly two out of every three modern European men descend from just three Bronze Age forefathers.<\/summary><\/li>![\"Hemoglobin](\"https:\/\/d.medicaldaily.com\/en\/full\/333338\/blood.jpg?w=466&h=311&f=47a977136be46f1c45d3942dcc57ad18\")
<\/a><\/figure>Sickle Cell Anemia Cure Foreseeable After Scientists Use Gene-Editing To Revert Hemoglobin Back To Neonatal State<\/a><\/h3>A recent breakthrough in gene-editing may lay the groundwork for a possible cure for blood disorders like sickle cell anemia.<\/summary><\/li>![\"Two](\"https:\/\/d.medicaldaily.com\/en\/full\/332560\/twins.jpg?w=466&h=311&f=eedb41c1200513e503e12de183746101\")
<\/a><\/figure>NJ Twins Have Different Fathers Due To Rare, But Not Impossible, 'Superfecundation'<\/a><\/h3>Two sperm from two different men, within the same week, led to one woman with twin daughters with different dads.<\/summary><\/li>![\"Here's](\"https:\/\/d.medicaldaily.com\/en\/full\/331702\/stem-cell-research-what-are-stem-cells-why-there-so-much-controversy.jpg?w=466&h=311&f=366f9dc8c45cad375fc53aa73f360dab\")
<\/a><\/figure>Stem Cell Research: What Are Stem Cells And Why Is There So Much Controversy?<\/a><\/h3>Here's a quick overview of what makes stem cells so special and what exactly they can be used for.<\/summary><\/li>![\"Child](\"https:\/\/d.medicaldaily.com\/en\/full\/330576\/child-prodigy.jpg?w=466&h=311&f=4610cb50d6be733af851aed5592a4223\")
<\/a><\/figure>What Do A Child Prodigy And A Child With Autism Have In Common? Genes<\/a><\/h3>Child prodigies and people with autism share some of the same genetic variations located on chromosome 1.<\/summary><\/li>![\"Parents](\"https:\/\/d.medicaldaily.com\/en\/full\/328954\/motivation-genes.jpg?w=466&h=311&f=b17605823fdb46fbc2afa3e6e84ac8fb\")
<\/a><\/figure>Kids' School Performance May Be Determined By Genes, Which Affect Motivation Levels<\/a><\/h3>Inheriting the motivation to learn may be a key for some students and a disadvantage for others.<\/summary><\/li>"}
<\/a><\/figure>Are Leaders Born Or Made?: DAT1 Gene Linked To Both Positive And Negative Leadership Traits<\/a><\/h3>Are you born to lead? A new study suggests that elements of good leaders' personalities may be genetic.<\/summary><\/li><\/a><\/figure>Nature vs. Nurture Debate: 50-Year Twin Study Proves It Takes Two To Determine Human Traits<\/a><\/h3>The debate on nature versus nurture has been settled, and according to science, it's a draw.<\/summary><\/li><\/a><\/figure>To Understand Stuttering, Scientists Collect Spit Samples And Analyze The Genes Within<\/a><\/h3>By analyzing the DNA of stutterers and their family members, scientists hope to piece together the root causes of the disorder.<\/summary><\/li><\/a><\/figure>Bronze Age Forefathers' Genetics Live Out In 2 Out Of Every 3 European Men<\/a><\/h3>Nearly two out of every three modern European men descend from just three Bronze Age forefathers.<\/summary><\/li><\/a><\/figure>Sickle Cell Anemia Cure Foreseeable After Scientists Use Gene-Editing To Revert Hemoglobin Back To Neonatal State<\/a><\/h3>A recent breakthrough in gene-editing may lay the groundwork for a possible cure for blood disorders like sickle cell anemia.<\/summary><\/li><\/a><\/figure>NJ Twins Have Different Fathers Due To Rare, But Not Impossible, 'Superfecundation'<\/a><\/h3>Two sperm from two different men, within the same week, led to one woman with twin daughters with different dads.<\/summary><\/li><\/a><\/figure>Stem Cell Research: What Are Stem Cells And Why Is There So Much Controversy?<\/a><\/h3>Here's a quick overview of what makes stem cells so special and what exactly they can be used for.<\/summary><\/li><\/a><\/figure>What Do A Child Prodigy And A Child With Autism Have In Common? Genes<\/a><\/h3>Child prodigies and people with autism share some of the same genetic variations located on chromosome 1.<\/summary><\/li><\/a><\/figure>Kids' School Performance May Be Determined By Genes, Which Affect Motivation Levels<\/a><\/h3>Inheriting the motivation to learn may be a key for some students and a disadvantage for others.<\/summary><\/li>"}
<\/a><\/figure>Nature vs. Nurture Debate: 50-Year Twin Study Proves It Takes Two To Determine Human Traits<\/a><\/h3>The debate on nature versus nurture has been settled, and according to science, it's a draw.<\/summary><\/li><\/a><\/figure>To Understand Stuttering, Scientists Collect Spit Samples And Analyze The Genes Within<\/a><\/h3>By analyzing the DNA of stutterers and their family members, scientists hope to piece together the root causes of the disorder.<\/summary><\/li><\/a><\/figure>Bronze Age Forefathers' Genetics Live Out In 2 Out Of Every 3 European Men<\/a><\/h3>Nearly two out of every three modern European men descend from just three Bronze Age forefathers.<\/summary><\/li><\/a><\/figure>Sickle Cell Anemia Cure Foreseeable After Scientists Use Gene-Editing To Revert Hemoglobin Back To Neonatal State<\/a><\/h3>A recent breakthrough in gene-editing may lay the groundwork for a possible cure for blood disorders like sickle cell anemia.<\/summary><\/li><\/a><\/figure>NJ Twins Have Different Fathers Due To Rare, But Not Impossible, 'Superfecundation'<\/a><\/h3>Two sperm from two different men, within the same week, led to one woman with twin daughters with different dads.<\/summary><\/li><\/a><\/figure>Stem Cell Research: What Are Stem Cells And Why Is There So Much Controversy?<\/a><\/h3>Here's a quick overview of what makes stem cells so special and what exactly they can be used for.<\/summary><\/li><\/a><\/figure>What Do A Child Prodigy And A Child With Autism Have In Common? Genes<\/a><\/h3>Child prodigies and people with autism share some of the same genetic variations located on chromosome 1.<\/summary><\/li><\/a><\/figure>Kids' School Performance May Be Determined By Genes, Which Affect Motivation Levels<\/a><\/h3>Inheriting the motivation to learn may be a key for some students and a disadvantage for others.<\/summary><\/li>"}
<\/a><\/figure>To Understand Stuttering, Scientists Collect Spit Samples And Analyze The Genes Within<\/a><\/h3>By analyzing the DNA of stutterers and their family members, scientists hope to piece together the root causes of the disorder.<\/summary><\/li><\/a><\/figure>Bronze Age Forefathers' Genetics Live Out In 2 Out Of Every 3 European Men<\/a><\/h3>Nearly two out of every three modern European men descend from just three Bronze Age forefathers.<\/summary><\/li><\/a><\/figure>Sickle Cell Anemia Cure Foreseeable After Scientists Use Gene-Editing To Revert Hemoglobin Back To Neonatal State<\/a><\/h3>A recent breakthrough in gene-editing may lay the groundwork for a possible cure for blood disorders like sickle cell anemia.<\/summary><\/li><\/a><\/figure>NJ Twins Have Different Fathers Due To Rare, But Not Impossible, 'Superfecundation'<\/a><\/h3>Two sperm from two different men, within the same week, led to one woman with twin daughters with different dads.<\/summary><\/li><\/a><\/figure>Stem Cell Research: What Are Stem Cells And Why Is There So Much Controversy?<\/a><\/h3>Here's a quick overview of what makes stem cells so special and what exactly they can be used for.<\/summary><\/li><\/a><\/figure>What Do A Child Prodigy And A Child With Autism Have In Common? Genes<\/a><\/h3>Child prodigies and people with autism share some of the same genetic variations located on chromosome 1.<\/summary><\/li><\/a><\/figure>Kids' School Performance May Be Determined By Genes, Which Affect Motivation Levels<\/a><\/h3>Inheriting the motivation to learn may be a key for some students and a disadvantage for others.<\/summary><\/li>"}
<\/a><\/figure>Bronze Age Forefathers' Genetics Live Out In 2 Out Of Every 3 European Men<\/a><\/h3>Nearly two out of every three modern European men descend from just three Bronze Age forefathers.<\/summary><\/li><\/a><\/figure>Sickle Cell Anemia Cure Foreseeable After Scientists Use Gene-Editing To Revert Hemoglobin Back To Neonatal State<\/a><\/h3>A recent breakthrough in gene-editing may lay the groundwork for a possible cure for blood disorders like sickle cell anemia.<\/summary><\/li><\/a><\/figure>NJ Twins Have Different Fathers Due To Rare, But Not Impossible, 'Superfecundation'<\/a><\/h3>Two sperm from two different men, within the same week, led to one woman with twin daughters with different dads.<\/summary><\/li><\/a><\/figure>Stem Cell Research: What Are Stem Cells And Why Is There So Much Controversy?<\/a><\/h3>Here's a quick overview of what makes stem cells so special and what exactly they can be used for.<\/summary><\/li><\/a><\/figure>What Do A Child Prodigy And A Child With Autism Have In Common? Genes<\/a><\/h3>Child prodigies and people with autism share some of the same genetic variations located on chromosome 1.<\/summary><\/li><\/a><\/figure>Kids' School Performance May Be Determined By Genes, Which Affect Motivation Levels<\/a><\/h3>Inheriting the motivation to learn may be a key for some students and a disadvantage for others.<\/summary><\/li>"}
<\/a><\/figure>Sickle Cell Anemia Cure Foreseeable After Scientists Use Gene-Editing To Revert Hemoglobin Back To Neonatal State<\/a><\/h3>A recent breakthrough in gene-editing may lay the groundwork for a possible cure for blood disorders like sickle cell anemia.<\/summary><\/li><\/a><\/figure>NJ Twins Have Different Fathers Due To Rare, But Not Impossible, 'Superfecundation'<\/a><\/h3>Two sperm from two different men, within the same week, led to one woman with twin daughters with different dads.<\/summary><\/li><\/a><\/figure>Stem Cell Research: What Are Stem Cells And Why Is There So Much Controversy?<\/a><\/h3>Here's a quick overview of what makes stem cells so special and what exactly they can be used for.<\/summary><\/li><\/a><\/figure>What Do A Child Prodigy And A Child With Autism Have In Common? Genes<\/a><\/h3>Child prodigies and people with autism share some of the same genetic variations located on chromosome 1.<\/summary><\/li><\/a><\/figure>Kids' School Performance May Be Determined By Genes, Which Affect Motivation Levels<\/a><\/h3>Inheriting the motivation to learn may be a key for some students and a disadvantage for others.<\/summary><\/li>"}
<\/a><\/figure>NJ Twins Have Different Fathers Due To Rare, But Not Impossible, 'Superfecundation'<\/a><\/h3>Two sperm from two different men, within the same week, led to one woman with twin daughters with different dads.<\/summary><\/li><\/a><\/figure>Stem Cell Research: What Are Stem Cells And Why Is There So Much Controversy?<\/a><\/h3>Here's a quick overview of what makes stem cells so special and what exactly they can be used for.<\/summary><\/li><\/a><\/figure>What Do A Child Prodigy And A Child With Autism Have In Common? Genes<\/a><\/h3>Child prodigies and people with autism share some of the same genetic variations located on chromosome 1.<\/summary><\/li><\/a><\/figure>Kids' School Performance May Be Determined By Genes, Which Affect Motivation Levels<\/a><\/h3>Inheriting the motivation to learn may be a key for some students and a disadvantage for others.<\/summary><\/li>"}
<\/a><\/figure>Stem Cell Research: What Are Stem Cells And Why Is There So Much Controversy?<\/a><\/h3>Here's a quick overview of what makes stem cells so special and what exactly they can be used for.<\/summary><\/li><\/a><\/figure>What Do A Child Prodigy And A Child With Autism Have In Common? Genes<\/a><\/h3>Child prodigies and people with autism share some of the same genetic variations located on chromosome 1.<\/summary><\/li><\/a><\/figure>Kids' School Performance May Be Determined By Genes, Which Affect Motivation Levels<\/a><\/h3>Inheriting the motivation to learn may be a key for some students and a disadvantage for others.<\/summary><\/li>"}
<\/a><\/figure>What Do A Child Prodigy And A Child With Autism Have In Common? Genes<\/a><\/h3>Child prodigies and people with autism share some of the same genetic variations located on chromosome 1.<\/summary><\/li><\/a><\/figure>Kids' School Performance May Be Determined By Genes, Which Affect Motivation Levels<\/a><\/h3>Inheriting the motivation to learn may be a key for some students and a disadvantage for others.<\/summary><\/li>"}
<\/a><\/figure>