Name: The Layers of the Scalp
Uploaded: 2023-08-20T20:22:09.296Z
Duration: 5 min 43 s

Understanding hair and scalp care requires a primer on their underlying structures. This video tutorial visually demystifies the layered architecture enabling these complex biological systems. Learners explore the dermis, subcutaneous tissue and periosteum below the epidermis of the scalp. Realistic diagrams bring clarity to each component's tissue composition and role in nourishment, sensation, wound healing and more. Healthcare professionals and cosmetologists can enhance client education and treatments by internalizing this breakdown of the scalp's multi-planar morphology at its scientific foundations.

Biology

I have a passion for helping students develop a strong foundation in the biological sciences. I graduated summa cum laude from Harvard University with a bachelor's degree in Molecular and Cell Biology and currently work as a research associate at a biotech firm.

In my lessons, I focus on clearly explaining concepts and equipping students with effective study skills. I understand these subjects can be challenging, so I take a patient approach and empower students to ask questions. My goal is to make biology and chemistry engaging and applicable to students' everyday lives.

In addition to tutoring experience in high schools, I was a teaching assistant for undergraduate biology labs and courses. I have worked with students from middle school through graduate level on topics ranging from cell structures to genetics to biochemistry.

Outside of work, I enjoy running, film photography, and keeping tropical fish. I'm always seeking out new research and hope to share my curiosity for scientific discovery with students. I look forward to helping your understanding grow so you can achieve success in these fascinating topics.

The Layers of the Scalp

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Elementary

Middle School

High School

College

My passion is helping students excel in the biological sciences through clear explanations and effective study techniques. As a summa cum laude graduate from Harvard with extensive tutoring experience, I bring a rigorous academic background and patience to lessons. Students can expect to cement a strong conceptual foundation while gaining confidence in their abilities. I focus on empowering students to think critically and ask questions as we work towards understanding at each individual's own pace. Whether preparing for an exam or interested in a deeper dive into course content, my goal is to spark curiosity in these subjects and help students tap into their potential. Through targeted instruction tailored to learning needs, I aim to make biology, chemistry and biochemistry click.

Amino acids and pH levels share an important relationship relevant to fields like biology and chemistry. This video tutorial examines how different amino acid side chains react under acidic, basic, and neutral conditions through visual examples. Viewers learn how pH impacts ionization for various side groups, influencing characteristics like charge and structure. Demonstrations reinforce understandings of acid-base properties in a way that builds stronger conceptual models. By absorbing these teachings on pH interactions, learners gain foundational insights applicable across molecular sciences domains.

How Do Amino Acids Behave in Acidic, Basic, and Neutral Conditions?

Exploring rare pathogenic agents lends crucial insights into disease. This video tutorial provides a clear introduction to prions - infectious entities unlike bacteria or viruses. Viewers are guided through the unconventional nature of prion replication via protein misfolding without nucleic acids. Real-world examples illustrate the human and veterinary prion diseases caused by structural conversion. By absorbing these illuminating fundamentals on the biology of prion transmission and progression, healthcare professionals and science enthusiasts alike develop a deeper understanding of these unique pathogens.

What Are Prions?

Classification systems help parse life's diversity, and this tutorial examines the three domains framework. Viewers learn how archaea, bacteria and eukarya each exhibit unique traits forming the basis for their domains. Clear examples highlight definitive characteristics like cell structure and genetic mechanisms within representative phyla. The three domains model brings taxonomy to life, helping life science students visualize evolutionary distinctions across nature's full spectrum at a foundational level. With its visual aid and comparative approach, this video consolidates core concepts in microbiology and beyond.

The Three Domains of Life

Viruses and related entities occupy a boundary space in the living world. This video tutorial navigates the frontiers by introducing viruses and other submicroscopic biological agents. Viewers explore viroids, prions and viraloids that replicate but lack genes. Comparisons to true viruses shed light on each entity's composition, pathogenic mechanisms and evolutionary origins. With clear examples demonstrating size, structure and life cycles, learners gain fundamental yet nuanced literacy to discuss the diversity of active non-cellular genetic systems. This refines conceptual models for advanced study across virology and beyond.

Viruses and Subviral Particles

Understanding core microbial reproduction modes provides context for wider topics. This video tutorial examines the proliferation methods of binary fission in prokaryotes versus genetic recombination in eukaryotes. Viewers learn hallmarks of each process through visual aids and explanations. Examples across Bacteria and Human Chromosomes deepen insight into resultant diversity. By absorbing these foundational comparisons, students across disciplines reinforce context around microbial lifecycles, building fluency in subjects like genetics, evolution and epidemiology from a cellular perspective rooted in biology fundamentals.

Binary Fission and Genetic Recombination

Mastering communication networks within the body yields invaluable insights. This tutorial examines the hypothalamus-pituitary axis and its role regulating vital processes. Viewers explore its hormonal control centers and feedback loops that maintain homeostasis. Clear visuals support comprehension of multi-step signaling pathways modulating growth, metabolism, stress responses and more. With such an engaging overview of this critical neuroendocrine system's functions, healthcare students and general science enthusiasts gain a holistic perspective on its responsibilities and implications for human health and development.

What Is the Hypothalamus Pituitary Axis System?

Catalyzing biochemical breakdown through hydrolysis, hydrolase enzymes play pivotal roles throughout nature. This tutorial introduces viewers to this diverse class' defining characteristic activities and applications. Key subgroups and their reaction mechanisms are explored through clear examples highlighting roles in digestion, cellular signaling, drug metabolism and more. By absorbing these fundamentals on hydrolases’ function, structure and activation, students across disciplines reinforce comprehension of enzyme biochemistry while gaining insights into human physiology and industrial bioprocesses at the molecular level.

What Are Hydrolase Enzymes?

Transferases enable vital biochemical transformations as enzymes. This tutorial illuminates this abundant class' defining role in catalyzing atom or group transfers. Viewers learn transferase subgroups and reactions like methylation, transamination and glycosylation through clear diagrams and real-world case studies. Metabolism of drugs, glycobiology and synthesizing hormesis relate these concepts to pharmacology and medicine. By exploring transferase mechanisms and applications across kingdoms, learners gain a foundational yet comprehensive conceptualization of these essential biocatalysts in action everywhere from microbes to mitochondria.

What Are Transferase Enzymes?

Establishing a common frame of reference facilitates anatomical comprehension. This video tutorial provides learners with foundational guidelines for the anatomical position and standardized directional terminology applied throughout studies of body structure. Rich visual aids reinforce verbal definitions of terms like superior, medial and posterior used in medical texts. With practice interpreting musculoskeletal relationships through positional reference, biology and pre-health students gain improved spatial literacy when examining human form. These universally applied concepts equip holistic understanding across life science disciplines.

Casey P.