51. Genetics Topic: Why Worry about Human Cloning?
, Cloning, Cytoplasm ,
DNA , Differentiated Cells , Ectoderm , Enucleation , Exogenous
Virus , Gamete , Genome , Genotype , HARTs , In Vitro , In Vivo , Intron , Mesoderm ,
Metaphase Plate , Mitochondrial DNA ,
Mitosis , Nucleotide , Nucleus
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52. Genetics Topic: No, Not Yet, Maybe, and Why Not: Protestant Ambivalence Or ...
, Cloning , Cytoplasm ,
DNA , Differentiated Cells , Ectoderm , Enucleation , Exogenous
Virus , Gamete , Genome , Genotype , HARTs , In Vitro , In Vivo , Intron , Mesoderm ,
Metaphase Plate , Mitochondrial DNA ,
Mitosis , Nucleotide , Nucleus
- 4.5kb
53. Genetics Topic: Thomas Shannon - "Playing God"
, Cloning , Cytoplasm ,
DNA , Differentiated Cells , Ectoderm , Enucleation , Exogenous
Virus , Gamete , Genome , Genotype , HARTs , In Vitro , In Vivo , Intron , Mesoderm ,
Metaphase Plate , Mitochondrial DNA ,
Mitosis , Nucleotide , Nucleus
- 4.4kb
54. Genetics Topic: Beyond Biology: Regulating Ownership in a Knowledge-based Ec...
, Cloning , Cytoplasm ,
DNA , Differentiated Cells , Ectoderm , Enucleation , Exogenous
Virus , Gamete , Genome , Genotype , HARTs , In Vitro , In Vivo , Intron , Mesoderm ,
Metaphase Plate , Mitochondrial DNA ,
Mitosis , Nucleotide , Nucleus
- 4.4kb
55. Genetics Topic: Re-engineering Creation: Theological Reservations Concernin...
, Cloning , Cytoplasm ,
DNA , Differentiated Cells , Ectoderm , Enucleation , Exogenous
Virus , Gamete , Genome , Genotype , HARTs , In Vitro , In Vivo , Intron , Mesoderm ,
Metaphase Plate , Mitochondrial DNA ,
Mitosis , Nucleotide , Nucleus
- 4.5kb
56. Genetics Topic: Possible Presbyterian Responses to Cloning
, Cloning, Cytoplasm ,
DNA , Differentiated Cells , Ectoderm , Enucleation , Exogenous
Virus , Gamete , Genome , Genotype , HARTs , In Vitro , In Vivo , Intron , Mesoderm ,
Metaphase Plate , Mitochondrial DNA ,
Mitosis , Nucleotide , Nucleus
- 4.3kb
57. Stem Cell Topic: Gene Therapy
(specifically, those using DNA
sequences), it is critical that the desired gene be introduced into organ stem
cells in order to achieve long-term expression and therapeutic effect. Although techniques for delivering the
therapeutic DNA have
- 2.4kb
58. Genetics Topic: Robert Song
, Cloning , Cytoplasm , DNA , Differentiated Cells ,
Ectoderm , Enucleation , Exogenous Virus ,
Gamete , Genome , Genotype , HARTs , In Vitro , In Vivo , Intron , Mesoderm , Metaphase
Plate , Mitochondrial DNA , Mitosis ,
Nucleotide , SNP ,
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59. Stem Cell Topic: Ethics Influencing Science?
The removal of the DNA nucleus from the donated oocyte might be
considered the destruction of a potential human life; and the insertion of a
DNA nucleus appears to be an asexual creation of a human embryo . We suddenly
find ourselves in
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60. Stem Cell Topic: Question: is There a Potential Baby in Every Body Cell?
interacts with the DNA nucleus, and to gain the ability to reprogram
cytoplasm to make specific tissue. Once this ability to reprogram is achieved,
then in principle it could be used with any cell. We would not necessarily at
that point
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