Intro to cell reprod how did your body get here
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This document discusses how the human body develops from a single cell through cell reproduction and division. It begins with a single fertilized egg cell, or zygote, that undergoes repeated cell division to form a multicellular organism. As cells divide, they differentiate into various cell types but all originate from that original single cell. Throughout life, old and dead cells are constantly replaced as cells have a limited lifespan. The document asks and answers several questions about cell reproduction, types of cells, cell size, and cell number in the human body.
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Cell division allows cells to grow, repair, replace damaged cells, and reproduce. There are two main types of cell division: mitosis and meiosis. Mitosis produces non-sex cells for growth and repair, maintaining the same number of chromosomes. Meiosis produces sex cells and reduces the number of chromosomes to increase genetic diversity. The cell cycle is the process cells use to prepare for cell division, including copying organelles and DNA, checking for errors, and dividing. Cancer can occur if cells do not properly check for errors during the cell cycle checkpoints and mutated cells divide uncontrollably.
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Cells reproduce through the process of mitosis, which results in two daughter cells that have identical sets of chromosomes as the parent cell. Mitosis is responsible for growth, development, and replacing injured or worn out cells throughout the body. Meiosis is a process that occurs during sexual reproduction where one cell divides into four cells, each with half the normal number of chromosomes, so that when two gametes fuse during fertilization, the normal chromosome number is restored. The key difference between mitosis and meiosis occurs during prophase I of meiosis, where the pairs of homologous chromosomes align and then separate, resulting in daughter cells with half the normal chromosome number.
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Mitosis is the process of cell division that produces two new daughter cells that are identical to the original parent cell. It occurs through several stages: the chromosomes are copied, they align in the center of the cell during metaphase, are pulled apart during anaphase, and separate into two new daughter cells during telophase. Mitosis produces new cells for growth and replacing damaged cells, and ensures that each new cell contains the same genetic information as the original parent cell.
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This document discusses stem cells and stem cell therapy. It defines stem cells as the raw material from which all mature cells in the body are generated. There are several types of stem cells including totipotent stem cells found in early embryos, pluripotent stem cells in blastocysts, and multipotent adult stem cells. Sources of stem cells discussed include embryos, fetuses, umbilical cords, and adult tissues. The document outlines how stem cell therapy works by using stem cells to generate healthy cells to replace damaged or diseased cells. Potential applications mentioned are for diseases like Alzheimer's, Parkinson's, spinal cord injury, heart disease, burns, and diabetes. The document also notes there is an ethical debate around stem
Basic biology of stem cells
Stem cells are undifferentiated cells that can differentiate into various cell types and serve as a repair system for the body. There are several types of stem cells. Embryonic stem cells are the most versatile and found in early-stage embryos, while adult stem cells are found in tissues and can differentiate into multiple cell types. Mesenchymal stem cells are multipotent and can differentiate into bone, cartilage, and fat cells. Induced pluripotent stem cells are generated from adult cells that have been genetically reprogrammed. The potential medical uses of stem cells are debated due to ethical issues around embryonic stem cell research.
Potential Uses of Stem Cells
Stem cells are undifferentiated cells that can differentiate into specialized cells and divide to produce more stem cells. There are two main types - embryonic stem cells isolated from blastocysts and adult stem cells found in tissues. Adult stem cells act as a repair system, replenishing tissues. Stem cells can be extracted from bone marrow, adipose tissue, and blood. They are characterized by their ability to self-renew and differentiate into other cell types. Embryonic stem cells are derived from embryos and cultured on feeder layers where they can proliferate indefinitely. Stem cells have potential uses in research, drug testing, and regenerative cell therapy for conditions like heart disease, diabetes, and spinal cord injury.
Biology (cells) grade 7
The document provides an overview of biology and cells. It discusses the characteristics of living things, the structures and differences between plant and animal cells, and specialized cell types. It also describes microscopes and their uses in observing cells. The basic unit of life is the cell, which can be unicellular like bacteria or multicellular like humans. Plant cells have cell walls and chloroplasts while animal cells do not. Microscopes magnify cells in different ways to reveal their structures and organelles.
Stem Cell
This presentation include almost all necessary informations about stem cell. High school students can easily use this document for their schoolwork.
Characteristics of Life 10.ppt
This document discusses the seven characteristics of life:
1) All living things are made of cells
2) All living things use energy
3) All living things respond to stimuli
4) All living things reproduce
5) All living things grow and develop
6) All living things adapt to their environment
7) All living things have DNA
It provides examples to illustrate each characteristic and prompts students to practice identifying the characteristics being described in different scenarios.
Stem cell concept
Stem cells are cells that can differentiate into other cell types and can self-renew to produce more stem cells. There are several types of stem cells including totipotent stem cells found in early embryos, pluripotent stem cells found in blastocysts that can form any cell type, and multipotent adult stem cells that can form a limited number of cell types. Induced pluripotent stem cells are adult cells that have been genetically modified to behave like embryonic stem cells. While stem cells show promise for research and medical applications, growing entire organs from stem cells remains a challenge.
CELL THE BASIC UNIT OF LIFE.docx
All living organisms are made up of a variety of body parts like roots, leaves, flowers, fruits, wood etc. in plants and bones, flesh, nerves etc in animals. These parts look different from each other, yet they are all composed of tiny units called cells. Moreover, many living organisms like Amoeba, Paramecium, Chlamydomonas etc. consist of only one cell.
CELL THE BASIC UNIT OF LIFE.docx
All living organisms are made up of a variety of body parts like roots, leaves, flowers, fruits, wood etc. in plants and bones, flesh, nerves etc in animals. These parts look different from each other, yet they are all composed of tiny units called cells. Moreover, many living organisms like Amoeba, Paramecium, Chlamydomonas etc. consist of only one cell.
Stem cells , culture and technologies
Stem cells have the ability to renew themselves and differentiate into specialized cell types. There are two main sources of stem cells: embryonic stem cells derived from blastocysts and adult stem cells found in adult tissues. Stem cell research aims to understand development and cell differentiation processes and develop therapies for diseases. Embryonic stem cells are pluripotent while adult stem cells are multipotent or unipotent. Stem cells are cultured in controlled conditions to maintain their undifferentiated state and are characterized based on gene expression and differentiation potential.
very short presentation about Cells and Tissues.pdf
Cells are the basic building blocks that make up the human body. There are over 37 trillion cells in the typical adult human. Cells come in many types but all have a cell membrane, cytoplasm, and a nucleus containing DNA. Cells specialize through differentiation into over 200 cell types to carry out different functions and make up tissues and organs. The basic functions of cells include metabolism, waste removal, stimulus response, and self-replication through mitosis. Henrietta Lacks' cancer cells were the first human cells able to self-replicate in a laboratory, founding the important HeLa cell line still used in medical research today.
Stem cells
Stem cells are unspecialized cells that can differentiate into specialized cell types. There are two main types of stem cells: embryonic stem cells, which are derived from embryos and are pluripotent, and adult stem cells, which are multipotent and found in adult tissues. Stem cell research holds promise for developing new treatments for diseases by enabling cell regeneration and replacement. However, there are still challenges to overcome regarding isolating and delivering stem cells safely and effectively for clinical applications.
B.tech biotech i bls u 2.1 the cell theory
1. The document discusses the cell as the basic unit of life and provides a detailed overview of cell theory and cell structure. It describes key discoveries in cell biology including Hooke's observation of cells in cork and van Leeuwenhoek's discovery of single-celled organisms under the microscope.
2. The three main points of cell theory are presented: all living things are made of cells, the cell is the basic unit of structure and function, and cells only come from pre-existing cells. Common features of cells like the cell membrane, cytoplasm, DNA, and organelles are also outlined.
3. Modern additions to cell theory are noted including that cells contain DNA, have similar composition and metabolism, and function
Cells powerhouse carpenter.pptx
Slide 1: Title Slide
Title: "Understanding Cells: The Building Blocks of Life"
Subtitle: An Introduction to Cellular Biology
Your Name
Date
Slide 2: Introduction to Cells
Define a cell as the basic structural and functional unit of all living organisms.
Emphasize the role of cells as the smallest entities that can perform all necessary life functions.
Slide 3: Types of Cells
Introduce the concept of different cell types (e.g., prokaryotic and eukaryotic cells).
Explain the distinction between plant, animal, and bacterial cells.
Slide 4: Common Cell Structures
Present a simplified diagram of a generic eukaryotic cell.
Highlight key components: cell membrane, nucleus, cytoplasm, and organelles.
Slide 5: Cell Membrane
Describe the cell membrane's structure as a phospholipid bilayer.
Explain its role as a semi-permeable barrier that controls the passage of substances in and out of the cell.
Slide 6: The Nucleus
Discuss the nucleus as the control center of the cell.
Mention the role of DNA in the nucleus as the genetic blueprint for the cell.
Slide 7: Cytoplasm and Cytoskeleton
Define cytoplasm as the gel-like substance filling the cell.
Introduce the cytoskeleton and its function in maintaining cell shape and facilitating movement.
Slide 8: Organelles: The Cell's Organs
Briefly introduce key organelles found in eukaryotic cells:
Mitochondria (energy production)
Endoplasmic reticulum (ER)
Golgi apparatus (protein processing)
Lysosomes (waste disposal)
Ribosomes (protein synthesis)
Slide 9: Mitochondria and Energy Production
Focus on mitochondria as the cell's powerhouses.
Explain how they generate energy (ATP) through cellular respiration.
Slide 10: Endoplasmic Reticulum and Protein Synthesis
Describe the ER's role in protein synthesis and lipid metabolism.
Distinguish between rough ER and smooth ER.
Slide 11: Golgi Apparatus and Protein Processing
Explain the Golgi apparatus's function in modifying, sorting, and packaging proteins.
Slide 12: Lysosomes and Cellular Cleanup
Discuss lysosomes as cellular cleanup crews, breaking down waste materials and cellular debris.
Slide 13: Ribosomes and Protein Production
Describe ribosomes as the sites of protein synthesis.
Mention their presence in the cytoplasm and on the rough ER.
Slide 14: Cellular Functions
Summarize how these organelles collaborate to maintain cell functions and homeostasis.
Mention cell division as a fundamental process.
Slide 15: Conclusion
Recap the significance of cells as the building blocks of life.
Encourage further exploration of cell biology and its importance in understanding living organisms.
This presentation provides a broad overview of cells, their structure, and the functions of key organelles within them. Depending on your audience and the level of detail required, you can expand on specific topics or explore specialized cell types (e.g., plant cells, nerve cells) in more depth.
ocr biology b3
Cholesterol can affect the body both positively and negatively. Saturated fats increase cholesterol levels while mono- and polyunsaturated fats may help reduce cholesterol and restore balance. Sometimes excess cholesterol builds up in artery walls as plaque, restricting blood flow or causing blockages. Statins lower cholesterol absorption to reduce health problems. Mitosis and meiosis both involve cell division but differ in producing identical or varied cells and involving one or two divisions. Sperm adaptations like an acrosome and tail aid fertilization.
Stem cell research
Stem cells are unspecialized cells that can differentiate into specialized cell types. There are several types of stem cells including embryonic, adult, and induced pluripotent stem cells. The document discusses the characteristics and types of stem cells in detail. It explains that embryonic stem cells are derived from early embryos and can differentiate into any cell type, while adult stem cells are found in tissues and can generate cell types of that tissue. The document provides examples of stem cell differentiation and potential medical uses for regenerative therapies.
CELL DIFFRENTIATION.pptx
This document discusses cell differentiation and specialization. It begins with learning objectives about explaining the importance of cell differentiation and how specialized cell structure relates to function. It then asks questions about mitosis and cell growth. The document discusses how early embryonic cells are stem cells that differentiate into specialized cell types. It provides examples of how fat, muscle, and epithelial cells are specialized in structure and function. The document also discusses specialization of plant cells and has quizzes about animal and plant cell specialization.
Similar to Intro to cell reprod how did your body get here (20)
very short presentation about Cells and Tissues.pdf
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Speciation
Speciation is the process by which new species form. It occurs when populations become isolated from each other and diverge to the point that they can no longer interbreed. Isolation can be geographic, such as when physical barriers separate populations, or reproductive, such as when changes prevent successful mating. Speciation rates may be gradual over millions of years or punctuated by rapid changes following events like natural disasters. The evolutionary history and relationships between species can be modeled in cladograms or phylogenetic trees.
Evolution of populations
This document discusses population genetics and microevolution. It explains that evolution occurs at the genetic level through heritable changes in DNA, arising from various sources of genetic variation within populations like mutation, recombination, and random mating. The key concepts of gene pool, allele frequencies, genetic equilibrium, and Hardy-Weinberg principle are introduced to illustrate how evolution can result from changes in the distribution of alleles in a population over generations under the influence of genetic drift or natural selection.
Patterns of heredity and human genetics
This document discusses several patterns of human genetics and heredity, including simple dominant and incomplete dominant inheritance. It provides examples of traits that follow each pattern, such as tongue rolling being a simple dominant trait and flower color in plants being an example of incomplete dominance. The document also covers codominance, polygenic inheritance, sex determination and sex-linked traits such as hemophilia. It explains how traits can be influenced by sex hormones in some cases.
Dna to chromosomes
The document discusses how eukaryotic cells package DNA into chromatin and chromosomes. DNA is found in the form of chromatin during interphase, which involves tightly coiling DNA around histone proteins to form nucleosomes. Nucleosomes are the basic unit of DNA packaging, allowing the 2 meters of DNA in human cells to fit inside the nucleus. Chromosomes only form when cells are preparing to divide and reproduce, allowing DNA to be passed from parent cells to daughter cells.
Species interactions comm ecology
This document summarizes the five major types of species interactions: predation, competition, parasitism, mutualism, and commensalism. It defines each interaction and provides examples. Predation involves one species consuming another for food, while competition occurs when two species require the same limited resources. Parasitism benefits one species at the expense of the other. Mutualism is a cooperative relationship that benefits both species, such as pollination. In commensalism, one species benefits while the other is not affected.
The biosphere
The document summarizes the key spheres that make up Earth's biosphere - the geosphere, hydrosphere, atmosphere, and anthrosphere. It then discusses Biosphere 2, an artificial closed ecosystem experiment in Arizona meant to study interactions within a biosphere. The experiment identified issues like too much CO2 and not enough O2 or food production. It also summarizes the major biogeochemical cycles of water, carbon, nitrogen, and phosphorus that are vital to life on Earth.
Ecological succession
Ecological succession is the gradual replacement of one community by another over time. It is initiated by disturbances that remove existing organisms or alter resources and habitat. There are two types of succession: primary succession occurs in areas without soil, while secondary succession occurs in areas with existing soil following a disturbance. In both cases, pioneer species are the first to colonize, and succession progresses gradually until an equilibrium climax community dominated by less tolerant species is reached if undisturbed.
Unique properties of water
Water is a polar molecule that is essential for life. Its polarity allows it to dissolve many other polar substances and act as a solvent for biological molecules and reactions in living cells and organisms. Water has unique physical properties, such as a high heat capacity and ability to form hydrogen bonds, that make it well-suited to regulate temperature and support life processes on Earth. The polarity and hydrogen bonding of water molecules also allow water to have high surface tension and influence many other physical phenomena.
Cells of the six kingdoms
There are six kingdoms that classify life on Earth - Eubacteria, Archaebacteria, Protista, Fungi, Plantae, and Animalia. Eubacteria and Archaebacteria are prokaryotic and unicellular, while Protista, Fungi, Plantae, and Animalia are eukaryotic. Protista can be unicellular or multicellular, Fungi and Plantae are multicellular, and Animalia are always multicellular. The kingdoms differ in their cell structures, body forms, and modes of nutrition, which can include photosynthesis, chemosynthesis, heterotrophic nutrition like phagocytosis, or secretion and absorption of enzymes
Cells
Cells are the basic units of life. All living things are made of cells, and cells come only from other living cells. There are two main types of cells - prokaryotic cells which lack a nucleus and membrane-bound organelles, and eukaryotic cells which have a nucleus and membrane-bound organelles. The document goes on to describe the structures and functions of various cell organelles like the nucleus, mitochondria, chloroplasts, cell membrane, and others. It also compares the differences between plant and animal cells.
Introduction to ecology 2
This document provides an introduction to ecology, including definitions of key terms and concepts. It explains that ecology is the study of the relationships between organisms and their environments. It describes the different levels of ecological organization from the biosphere down to the individual organism. It also defines biomes as large geographical areas with similar climates and ecosystems, and lists some major biomes such as tundra, taiga, and tropical rainforest. Finally, it discusses adaptations as traits that enhance an organism's survival and are maintained by natural selection.
Characteristics of life
This document outlines the 8 characteristics of living organisms: 1) unique biochemistry, 2) organization and cells, 3) response to stimulus, 4) homeostasis, 5) metabolism, 6) growth and development, 7) reproduction, and 8) adaptation and evolution. Each characteristic is defined and an example is provided to illustrate the meaning. The document explains that all living things share fundamental biochemical similarities and that cells are the basic functional units of living things.
Hierarchy of biology additional notes
The document discusses several key topics in biology including cells, tissues, organisms, populations, communities, ecosystems, biomes, and the biosphere. It explains that cells are the basic structural and functional units of all life on Earth and can be either prokaryotic or eukaryotic. Tissues, populations, and communities are discussed in the context of multicellular organisms. Ecosystems are natural systems consisting of biotic and abiotic factors in an area, while biomes represent major communities with similar environmental conditions over large geographic areas. Finally, the biosphere encompasses all global ecosystems within the zones of air, land, and water where life exists.
Methods used by biologists
Biologists use several methods to study organisms including making inferences based on observations and prior knowledge, direct observation using the five senses to detect things in experiments and record events, and both qualitative observations using words, diagrams, pictures, colors, odors and sounds as well as quantitative observations involving numerical data through measurements, calculations and graphs which must include units when reporting raw or processed data.
Hierarchy of biology
This document outlines the levels of organization in biology from the subatomic to the biosphere, as well as the core concepts covered in biology. It begins with subatomic particles and atoms/ions, then moves up through compounds, nanosystems, cells, tissues, organs and organ systems, organisms, populations and communities, ecosystems, biomes and the biosphere. It also lists the five core ideas typically covered in biology: unity and diversity, structure and function, energy and regulation, interdependence, and science, technology and society.
Introduction to HBS: Unifying Themes
Introduction to the course of Human Body Systems (and how it relates to basic anatomy and physiology)
What is biology and Why study biology?
Biology is the study of living things, life processes, habitats, interactions, history and future of life. It examines all kingdoms including animals, plants, fungi, protists, eubacteria and archaebacteria. Studying biology is important because living things are interdependent and human existence relies on other organisms. Understanding biology has allowed humans to develop agriculture, solve medical problems, and be curious about their place in the world. Continued discovery will provide knowledge to improve lives and ensure a healthy future for our planet.
Antigens and antibodies
Antigens are substances that cause the immune system to produce antibodies. Antigens can be external, like bacteria or viruses, or internal, like bacterial toxins or damaged cells. Antibodies are proteins produced by the immune system in response to antigens. Each antibody targets a specific antigen. When an antibody binds to its matching antigen, it helps protect the body or tags antigens for destruction.
Body defenses against infection
The document summarizes the body's immune defenses against infection. It describes two main types of immunity: innate immunity, which provides nonspecific defenses like skin barriers and phagocytes; and acquired (adaptive) immunity, which develops after exposure and provides pathogen-specific responses using B cells, T cells, antibodies, and immunological memory. The immune system uses successive lines of defense, from physical barriers and phagocytes to inflammation and antibodies, to protect the body. Vaccines help produce active immunity by exposing the immune system to weakened or killed pathogens.
Lymphatic system notes
The lymphatic system defends against infection and disease by returning tissue fluid to the bloodstream. It consists of lymphatic capillaries that collect fluid from tissues, terminal ends that connect to lymphatic ducts, and lymphatic ducts that return the fluid to the venous system.
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Intro to cell reprod how did your body get here
- 1. HOW DID YOUR BODY GET HERE?
- 2. Other cells Cell Theory ONE cell! Zygote Where do all cells come from? YOU started out as what?
- 3. Cells reproduce therefore creating new cells How do multicellular living things grow? Same size But… Different number How do the cells of a human baby and human adult compare?
- 4. Cell reproduction means cells divide. …why don’t you become gigantic? How are new cells made from old cells? Let’s say your body produces up to 96 million cells per minute…
- 5. Q: WHAT IS CELL REPRODUCTION? A: In biology, reproduction is the production of a new generation of individuals Cells = Individuals (unicellular organisms) Fundamental structural & functional units of MULTICELLULAR organisms Cell division Mitosis (Eukaryotes) Binary fission (Prokaryotes) This is an ASEXUAL process. Many types of asexual reproduction in nature.
- 6. Q: ARE ALL THE CELLS IN YOUR BODY THE SAME? A: Many types of cells make up the body of a multicellular organism. Almost all of the cells in a multicellular organism are SOMATIC CELLS. “soma” = body Somatic cells are normal BODY cells, not reproductive cells (egg cells or sperm cells) Somatic cells can be very different from each other. ~200 different types Ex: muscle cells (myocytes), skin cells (epithelial cells), nerve cells (neurons)
- 7. Q: DOES YOUR BODY CONTAIN THE SAME EXACT CELLS YOUR ENTIRE LIFE? A: All living things, including somatic cells, have a lifespan. WBCs ~ 13 days RBCs ~ 120 days Skin cells (top layer) ~ 30 days Liver cells ~ 180 days Old cells and dead cells must constantly be replaced.
- 8. Q: WHAT HAPPENS TO DEAD CELLS? A: Some are shed Skin, digestive lining Some are digested by enzymes produced by lysosomes. Recycled materials
- 9. Q: HOW SMALL ARE CELLS? A: Cell size in the living world varies (2-200 µm) Prokaryotes: 0.1 to 5 µm Eukaryotes: 10 to 100 µm Human body: RBCs = Skin cells = Egg Cell = Sperm Cell =
- 10. Q: HOW MANY CELLS DOES THE AVERAGE HUMAN BODY (ADULT) HAVE? A: Estimates have been given: 10 to 100 trillion cells A study published in 2013 concluded the total number for the standard human adult organism to be 37.2 trillion cells.
- 11. Q: WHY DO MULTICELLULAR ORGANISMS EXIST? WHY AREN’T HUMANS JUST ONE GIANT CELL? A: Propose some possible answers! Now… Let’s do some math! Yeah!