🔬 Core Thematic Focus & Coverage
The textbook bridges the gap between traditional ecological systems and modern molecular sciences, primarily categorised under DDC Classification 574.1:60 (Biology, Genetic Engineering, and Microbiology). The primary subject areas include:
- Biodiversity Assessment: Understanding ecological and cultural diversity, assessing unprecedented rates of ecosystem degradation, and evaluating global biological resources.
- Genetic Engineering & Manipulation: How modern biotechnology directly impacts biodiversity at a genetic level through gene manipulation, expression, and the integration of novel gene fragments.
- Transgenic Organisms: Comprehensive analysis of GMOs (Genetically Modified Organisms) and transgenics, outlining how combining genes from different species impacts biological conservation.
- Conservation Technologies: Application of advanced biotechnological tools—such as cryopreservation (tissue/gamete storage at ultralow temperatures), tissue culture, and cloning—to preserve endangered plant and animal species.
- Microbial & Industrial Biotechnology: Exploration of microbiology, environmental biotechnology, and chemical engineering principles used to extract valuable resources from diverse biological ecosystems without destroying them.
Reviews
There are no reviews yet.