Moira's STEM Classroom

  Lipid and Protein Metabolism: Biochemical Pathways and Agricultural Applications Lipid and protein metabolism represent fundamental biochemical processes essential for all living organisms. These pathways not only sustain basic cellular functions but also play crucial roles in agricultural productivity and sustainability. Research reveals intricate connections between lipid metabolism pathways like β-oxidation and lipogenesis, and protein metabolism's role in nitrogen cycling. Understanding these pathways provides valuable insights for enhancing agricultural product quality and developing sustainable farming practices. This report examines the biochemical foundations of these metabolic processes and explores their applications in improving agricultural efficiency through targeted metabolic engineering approaches. Biochemical Pathways of Lipid Metabolism Fundamentals of Lipid Structure and Function Lipids constitute a diverse group of biological molecules including fats, waxes...

   I. Concept Map Objective: Create a concept map to visualize your understanding of  carbohydrate metabolism .  This activity evaluates your ability to integrate ideas from the provided reading and external knowledge, as well as your critical thinking. Instructions: Use  black ink  to include information directly from the provided reading. Use  red ink  to write any questions or uncertainties you have about the topic. Use  blue ink  to answer your question and/or add related information from other sources, experiences, or your own research. Ensure all connections are clearly labeled, logical, and reflect thoughtful analysis. Submit the concept map at the  beginning  of the the face-to-face class. Evaluation Criteria: 10 points : All three colors used correctly and appropriately. 8 points : Two colors used correctly. 6 points : One color used correctly. 5 points : One color used incorrectly. 4 points : Two colors used incorrect...

Carbohydrate metabolism is central to energy production, growth, and agricultural productivity in both plants and animals. It refers to all the biochemical processes involved in breaking down or synthesizing carbohydrates, particularly the transformation of glucose or other sugars into simpler intermediates that can still be recognized as carbohydrate derivatives.  Understanding its mechanisms and optimizing its efficiency can significantly enhance crop yield, quality, and overall farm management. This knowledge informs nutrient management, crop management strategies, and precision agriculture, ultimately leading to sustainable and productive agricultural systems. Carbohydrate Metabolism in Energy Production and Growth In Plants Carbohydrate metabolism is at the core of photosynthesis, where plants convert light energy into chemical energy stored in carbohydrates. This process supports essential growth functions: Photosynthesis : Plants synthesize glucose, which is either sto...