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File : THESIS.pdf - Universitas Muhammadiyah Malang

File : THESIS.pdf - Universitas Muhammadiyah Malang

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(g) use the knowledge gained in this section in new situations or to solve related problems.<br />

Applications of Biology<br />

BIOLOGY 9700 A/AS LEVEL<br />

Q BIODIVERSITY AND CONSERVATION<br />

Content<br />

Classification<br />

Conservation<br />

issues Learning<br />

Outcomes Candidates<br />

should be able to:<br />

(a) *outline the five kingdom classification to illustrate the diversity of<br />

organisms (cross reference Syllabus Section A (c) and A (g));<br />

(b) discuss the meaning of the term biodiversity;<br />

(c) discuss the reasons for the need to maintain biodiversity;<br />

(d) describe the reasons why one named species has become endangered,<br />

and use this information in the context of other endangered species;<br />

(e) discuss methods of protecting endangered species including the<br />

roles of zoos, botanic gardens, conserved areas (national parks) and<br />

seed banks;<br />

(f) use the knowledge gained in this section in new situations or to<br />

solve related problems.<br />

R GENE TECHNOLOGY (includes some material originally in Section O)<br />

Content<br />

Gene technology for insulin production<br />

Markers for genetic engineering<br />

Benefits and hazards of gene<br />

technology DNA sequencing and<br />

genetic fingerprinting Cystic Fibrosis<br />

Genetic screening and genetic counselling<br />

Learning Outcomes<br />

Candidates should be able to:<br />

(a) describe the steps involved in the production of bacteria capable of<br />

synthesising human insulin:<br />

• identifying the human insulin gene<br />

• isolating mRNA and making cDNA using reverse transcriptase<br />

• cloning the DNA using DNA polymerase<br />

• inserting the DNA into a plasmid vector using restriction enzymes<br />

and DNA<br />

ligase<br />

• inserting the plasmid vector into the host bacterium<br />

• identifying genetically modified bacteria using antibiotic resistance<br />

genes<br />

• cloning the bacteria and harvesting the human insulin<br />

119

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