11th Grade Analytical Separations Resources

Explore gel electrophoresis techniques utilized in biotechnology for molecular separation by size, enhancing understanding of genetic analysis and crime-solving applications. Grasp how molecules such as DNA fragments are sorted according to their size through this method, facilitating investigation and comprehension of genetic material. Develop analytical skills to interpret electrophoresis results for applications in forensic science and genetic studies.

Master key methods in electrophoresis and micro-pipetting to gain skills in DNA analysis and laboratory equipment management.

Study essential chromatography techniques and their diverse applications in chemical analysis. This process aims to deepen your comprehension and enhance analytical proficiency through mastering these methodologies.

Understand the principles of chromatography and its role in separating mixtures. Gain insights into how chromatographic techniques operate and explore the characteristics of different solvents used in these processes. Build knowledge of the underlying mechanisms that allow for the effective separation of components within mixtures and develop skills in applying these techniques to practical scenarios.

Understand the fundamental principles of gel electrophoresis techniques, focusing on DNA separation processes, gel composition, and subsequent analysis. Enhance molecular biology skills by comprehending the mechanisms and applications involved in these methods.

Investigate key concepts in chromatography, concentrating on various techniques and their applications. Develop the ability to effectively identify substance properties and accurately interpret chromatograms, enhancing analytical skills in the process.

Explore the principles of gel electrophoresis, the process of DNA fragmentation, and the application of agarose gels in molecular analysis. Understand key laboratory procedures essential for analyzing DNA samples and develop skills required for crime scene investigation through detailed examination of these techniques.

Gain expertise in gel electrophoresis, a technique used to separate biomacromolecules according to size and charge. Develop proficiency in the analysis and visualization of DNA fragments through mastering relevant techniques. Enhance understanding of the principles behind this method to effectively interpret results.

Study the principles of gel electrophoresis in DNA analysis with an emphasis on the separation of DNA fragments and the role of enzymes. Develop an understanding of DNA fingerprinting, focusing on its forensic applications. Acquire skills in interpreting electrophoresis results and understanding the scientific foundations of this technique.

Investigate the process of molecular separation using gel electrophoresis, with a focus on DNA analysis techniques and applications. Understand DNA structure and its manipulation, gaining insights into the methodologies used in genetic studies. Develop skills necessary for practical applications and analysis in molecular biology.

Investigate the processes involved in metal extraction from ores, with particular attention to reduction, electrolysis, and the natural occurrence of native metals. Develop a fundamental understanding of the chemical reactions and industrial methods used in metal extraction, enhancing knowledge of metallurgical principles and practical skills in applying these techniques.

Explore the principles of chromatography as a method for separating mixtures into individual components. Understand physical separation techniques and learn how to analyze chromatograms to identify different substances within a mixture. Gain skills in interpreting data and applying chromatography techniques in practical scenarios.

Explore mass spectrometry and photoelectron spectroscopy with an emphasis on isotope identification and spectral analysis. Gain skills in interpreting spectra to accurately identify element characteristics.

Investigate the fundamental principles and techniques of Thin Layer Chromatography (TLC) applied in forensic science. Develop skills in the analysis of substances and understand how chromatography supports forensic investigations.

Understand the fundamental principles of electrophoresis and its role in laboratory techniques. Develop expertise in conducting molecular biology experiments and interpreting experimental data effectively.

Investigate primary methods of rock and mineral extraction, focusing on surface and subsurface mining processes. Evaluate these methods by examining their economic implications and safety considerations, along with their environmental impacts. Gain understanding and skills in assessing the balance between resource extraction and environmental stewardship.

Gain a comprehensive understanding of gel electrophoresis by exploring the process and learning to analyze DNA fragments using this laboratory technique. Develop skills to identify and interpret patterns of DNA fragments, focusing on the subject matter, learning outcomes, and analytical skills involved.

Gain an understanding of techniques for DNA extraction and explore the distinctions between genetic and environmental variations. Develop the ability to differentiate between genetic traits and influences from the environment.

Explore the role of mass spectrometry in Mars missions with a focus on analyzing molecules beyond Earth. Gain insights into technological challenges in space and innovations in rover design. Understand the principles and applications of space technology, aiming to enhance knowledge of both engineering and scientific processes involved in extraterrestrial exploration.

Explore key mining methods and their environmental implications. Gain an understanding of the impacts of resource extraction and insights into sustainable practices. Develop knowledge on how different mining techniques affect the environment and learn about strategies to mitigate negative consequences. Enhance skills in identifying the balance between resource use and environmental stewardship.