[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"$fxLN3MUwXCdr5RPjwZYIDpOj8CHyjOmngWTgoKXPtZbg":3,"$f2P56W2xqkbnHvkFYPUXd2D2eGoS0QLILQjbzfvoGuVg":36,"$f3Ft0rKFJHppdzE-vuveecxx1BUcg9iOlMLtyzf_MJDg":77,"$fucxFBm2ZjZfGSdmdRaSNGBI_F0jJme4f0GTvzUhQfL8":142},[4,8,12,16,20,24,28,32],{"title":5,"slug":6,"path":7},"About Microbeonline.com","about-microbeonline-com","\u002Fabout-microbeonline-com\u002F",{"title":9,"slug":10,"path":11},"About Me","about-me","\u002Fabout-microbeonline-com\u002Fabout-me\u002F",{"title":13,"slug":14,"path":15},"Advertise with Us","advertise-us","\u002Fadvertise-us\u002F",{"title":17,"slug":18,"path":19},"Privacy Policy","privacy-policy","\u002Fprivacy-policy\u002F",{"title":21,"slug":22,"path":23},"Authors","authors","\u002Fauthors\u002F",{"title":25,"slug":26,"path":27},"Microbes","microbes","\u002Fmicrobes\u002F",{"title":29,"slug":30,"path":31},"Books","recommended-books","\u002Frecommended-books\u002F",{"title":33,"slug":34,"path":35},"Tags","tags","\u002Ftags\u002F",{"type":37,"data":38},"blog",{"slug":39,"title":40,"description":41,"seoTitle":42,"seoDescription":42,"author":43,"createdDate":44,"lastUpdatedDate":45,"draft":46,"category":47,"image":42,"body":48,"faq":49,"commentsClosed":46,"tags":71,"related":72,"comments":73},"plant-cell-parts","Plant Cell: Parts, Functions, and How It Differs From an Animal Cell","\u003Cp>Every part of a plant cell explained simply, what each one does, how a plant cell differs from an animal cell, and easy ways to remember them for your exam.\u003C\u002Fp>",null,"Ashma Shrestha","2025-07-30","2026-08-24",false,"cell-biology","Look at a leaf under a microscope and you see a neat grid of boxes, like a honeycomb. Each box is a plant cell. Those tidy walls, the green specks inside, and the large watery space at the center are the very things that make a plant a plant, and set it apart from an animal. This article walks through every part of a plant cell, explains what each one does, and shows clearly how a plant cell differs from an animal cell.\n\nPlant cells are the building blocks of every plant, from moss to a tall tree. They carry out growth, storage, and, uniquely, they make their own food using sunlight.\n\nA plant cell is a eukaryotic cell, which means it keeps its DNA inside a true nucleus and has membrane-bound compartments called organelles. It shares most of these organelles with animal cells. But a plant cell has three things an animal cell does not: a rigid cell wall on the outside, green chloroplasts that capture sunlight, and one large central vacuole. Keep those three in mind, they are the heart of what makes a plant cell different.\n\n### Parts of a Plant Cell\n\nLike an animal cell, a plant cell has a cell membrane, cytoplasm, a nucleus, ribosomes, endoplasmic reticulum, Golgi bodies, and mitochondria. On top of these shared parts, a plant cell adds a cell wall, plastids (including chloroplasts), and a large central vacuole.\n\n\u003Cfigure>\n\u003Cimg src=\"https:\u002F\u002Fassets.microbeonline.com\u002Fblogs\u002Fplant-cell-1.png\" alt=\"Parts of Plant Cell\" width=\"640\" height=\"494\" draggable=\"false\" contenteditable=\"false\">\u003Cfigcaption>Figure: Parts of Plant Cell\u003C\u002Ffigcaption>\n\u003C\u002Ffigure>\n\nWe will go through each part from the outside of the cell inward.\n\n### Cell Wall\n\nThe cell wall is the tough, rigid outer layer that sits outside the cell membrane. Only plant cells (and some others like fungi and bacteria) have one; animal cells do not.\n\n- It is made mainly of cellulose, a strong carbohydrate, along with hemicellulose, pectin, and, in older cells, lignin.\n- It gives the cell its fixed box-like shape and supports the whole plant. The stiffness of a plant stem comes largely from millions of these walls together.\n- It protects the cell and stops it from bursting when water rushes in.\n- The primary cell wall forms first and is flexible. Some cells later add a tougher secondary cell wall inside it, rich in lignin. Wood is mostly secondary cell wall.\n- Neighboring cells are cemented together by a pectin-rich layer between them called the middle lamella.\n- Tiny channels called plasmodesmata pass through the wall, linking neighboring cells so they can share water and signals.\n\n### Cell Membrane\n\nJust inside the cell wall is the cell membrane, also called the plasma membrane. In a plant cell it is pressed against the wall from the inside.\n\n- It is a double layer of lipids (phospholipids) with proteins set into it.\n- It is selectively permeable, meaning it controls what enters and leaves the cell.\n- Small molecules like water, oxygen, and carbon dioxide cross by diffusion and osmosis. The cell spends energy to move other substances across by active transport.\n\nThe key difference from the cell wall: the wall is rigid and lets almost everything through; the membrane is thin, flexible, and choosy. The wall protects; the membrane controls.\n\n### Cytoplasm\n\nThe cytoplasm is the jelly-like material that fills the cell inside the membrane. It has two parts:\n\n- The cytosol, the fluid itself, where many chemical reactions happen and small molecules like sugars, ions, and amino acids float.\n- The organelles, the working parts suspended in that fluid, described below.\n\nThe cytoskeleton, a network of protein fibers (microtubules and microfilaments), runs through the cytosol. It holds the cell's shape from the inside and acts as tracks for moving materials around.\n\n### Nucleus\n\nThe nucleus is the control center of the cell. It stores the DNA and directs all the cell's activities. It usually sits to one side in a mature plant cell, pushed there by the large central vacuole.\n\nThe nucleus has three main parts:\n\n- The nuclear envelope, a double membrane with pores that let materials pass between the nucleus and the cytoplasm. Its outer layer connects to the rough endoplasmic reticulum.\n- Chromatin, the DNA wound around proteins called histones. When the cell divides, chromatin coils tightly into chromosomes.\n- The nucleolus, a dense region inside the nucleus where ribosomes are made.\n\n### Central Vacuole\n\nThe central vacuole is one of the most important features of a plant cell. In a mature plant cell it is huge, often taking up most of the cell's volume, and it pushes everything else against the wall.\n\nIt is a large sac filled with cell sap (water, sugars, salts, and pigments), wrapped in a membrane called the tonoplast.\n\nWhat it does:\n\n- Keeps the cell firm. When the vacuole is full of water, it presses outward against the cell wall. This pressure, called turgor pressure, is what keeps leaves and stems upright. When a plant loses too much water, the vacuoles shrink and the plant wilts.\n- Stores water, food, waste, and pigments. The red and blue colors of many flowers come from pigments (anthocyanins) stored in the vacuole.\n\nAnimal cells have only small, temporary vacuoles. The single large central vacuole is a plant hallmark.\n\n### Plastids and Chloroplasts\n\nPlastids are organelles found only in plant cells (and algae). They come in three main types:\n\n- Chloroplasts are the most important. This is where photosynthesis happens, the process that turns sunlight, water, and carbon dioxide into food (glucose). Chloroplasts are green because they contain the pigment chlorophyll, held in stacked sacs called thylakoids. The fluid around the thylakoids is the stroma. Chloroplasts are the reason plants are green and the reason they can feed themselves.\n- Chromoplasts store red, orange, and yellow pigments. They give color to ripe fruits and many flowers.\n- Leucoplasts have no pigment and store food. A leucoplast packed with starch is called an amyloplast (common in potatoes).\n\nChloroplasts, like mitochondria, carry their own small loop of DNA and can make some of their own proteins. This is a clue that they were once free-living bacteria taken in by an early cell, an idea called endosymbiosis.\n\n### Mitochondria\n\nMitochondria are the powerhouses of the cell. They release energy from food (glucose) and store it as ATP, the energy the cell can actually use.\n\nYes, plant cells have mitochondria too, not just chloroplasts. This confuses many students. Chloroplasts capture energy from sunlight and store it in food; mitochondria then release that energy from food when the cell needs it. A plant cell needs both.\n\nEach mitochondrion has a smooth outer membrane and a folded inner membrane. The folds, called cristae, increase the surface area where ATP is made. Like chloroplasts, mitochondria carry their own DNA.\n\n### Endoplasmic Reticulum and Ribosomes\n\nThe endoplasmic reticulum (ER) is a network of membrane channels running through the cytoplasm, connected to the nuclear envelope.\n\n- Rough ER is studded with ribosomes and builds proteins.\n- Smooth ER has no ribosomes and makes lipids and helps remove toxic substances.\n\nRibosomes are the tiny particles that build proteins by joining amino acids in the order the mRNA specifies. They either float freely in the cytosol or sit on the rough ER. They are made of RNA and protein and have two subunits, a large one and a small one.\n\n### Golgi Bodies\n\nGolgi bodies are stacks of flattened membrane sacs that package and ship proteins. They receive proteins from the rough ER, finish and label them, and send them where they are needed.\n\nIn plant cells, the individual Golgi stacks are often called dictyosomes. They have a special job: they help build the cell wall by making and delivering wall materials like cellulose and pectin, especially when a cell divides.\n\n### Plant Cell vs Animal Cell: The Key Differences\n\nBoth are eukaryotic and share most organelles. The differences come down to a few plant-only features.\n\n| Feature | Plant cell | Animal cell |\n| --- | --- | --- |\n| Cell wall | Present (cellulose), rigid | Absent |\n| Shape | Fixed, usually box-like | Varies, often rounded |\n| Chloroplasts | Present, makes food by photosynthesis | Absent |\n| Vacuole | One large central vacuole | Small and many, or none |\n| Mitochondria | Present | Present |\n| Nucleus | Present, often pushed to the side | Present, usually central |\n| Centrioles | Usually absent | Present |\n| Stores energy as | Starch | Glycogen |\n\nThe three that matter most: a plant cell has a cell wall, chloroplasts, and a large central vacuole. An animal cell has none of these. If you remember only those three, you can tell the two apart every time.\n\n### How to Remember\n\n**The three plant-only features: \"Walls, Chloroplasts, Vacuole\" — think \"a plant lives in a green-walled room.\"** The wall (cell wall), the green (chloroplasts), and the big empty space in the middle (central vacuole). Those three are what an animal cell lacks.\n\n**Chloroplast vs mitochondria: capture vs release.** Chloroplasts capture sunlight and store energy in food. Mitochondria release that energy from food. Plants need both.\n\n**Plastid colors:**\n\n- Chloroplast = chlorophyll = green (food-making)\n- Chromoplast = chroma = color (red, orange, yellow fruits and flowers)\n- Leucoplast = leuco means white or colorless = storage (starch)\n\n**Turgor pressure = \"the water that stands the plant up.\"** Full vacuoles push on the walls and keep the plant firm. Empty vacuoles mean the plant wilts. This is why a dry plant droops and a watered one perks up.\n\n**Amyloplast stores starch:** \"amylo\" is the same root as amylase, the starch-digesting enzyme. Amylo means starch.\n\n### Key exam facts in one table\n\n| Part | One-line function | Memory hook |\n| --- | --- | --- |\n| Cell wall | Rigid outer layer; shape and support | The box that holds its shape |\n| Cell membrane | Controls what enters and leaves | The choosy gate inside the wall |\n| Cytoplasm | Jelly where organelles sit and reactions happen | The filling |\n| Nucleus | Stores DNA, controls the cell | The manager, pushed to the side |\n| Central vacuole | Stores water; keeps cell firm (turgor) | The big water balloon |\n| Chloroplast | Photosynthesis (makes food from sunlight) | The green kitchen |\n| Chromoplast | Stores color pigments | Fruit and flower color |\n| Leucoplast \u002F amyloplast | Stores food (starch) | The pantry |\n| Mitochondria | Releases energy as ATP | The power station |\n| Rough ER | Makes proteins (has ribosomes) | Rough = Ribosomes |\n| Smooth ER | Makes lipids, detox | The chemical plant |\n| Ribosome | Builds proteins | The assembly worker |\n| Golgi \u002F dictyosome | Packages proteins; builds wall material | Packing and wall supplies |\n| Plasmodesmata | Channels linking neighboring cells | Doorways between cells |\n\n### Where Students Get Confused\n\n**Do plant cells have mitochondria?** Yes. A very common mistake is thinking plants use only chloroplasts. Plants have both. Chloroplasts make food; mitochondria release energy from that food. Both are needed.\n\n**Cell wall vs cell membrane.** The wall is the rigid outer layer made of cellulose; it gives shape and support and lets most things through. The membrane is the thin, flexible layer just inside it that controls what enters and leaves. Wall means support, membrane means control.\n\n**Chloroplast vs chlorophyll.** The chloroplast is the organelle (the room). Chlorophyll is the green pigment inside it (the paint). Chlorophyll gives the chloroplast its color and captures the light.\n\n**Do plant cells have a cytoplasm, ribosomes, and ER?** Yes to all. Plant cells share most organelles with animal cells. The plant-only extras are the wall, chloroplasts, and central vacuole. Everything else is shared.\n\n**Vacuole size.** Both plant and animal cells can have vacuoles, but the plant's single central vacuole is huge and permanent, while an animal cell's are small and temporary. Size and permanence are the difference.\n\n**Starch vs glycogen.** Plants store spare energy as starch (in leucoplasts or amyloplasts). Animals store it as glycogen. Same idea, different molecule.\n\n### References\n\n1. Urry LA, Cain ML, Wasserman SA, Minorsky PV, Reece JB. *Campbell Biology.* 12th ed. Pearson; 2021.\n2. Taiz L, Zeiger E, Møller IM, Murphy A. *Plant Physiology and Development.* 6th ed. Sinauer\u002FOxford University Press; 2018.\n3. Alberts B, Heald R, Johnson A, et al. *Molecular Biology of the Cell.* 7th ed. W. W. Norton; 2022.\n4. Cooper GM. *The Cell: A Molecular Approach.* 8th ed. Oxford University Press; 2019.",[50,53,56,59,62,65,68],{"question":51,"answer":52},"\u003Cp>What are the main parts of a plant cell?\u003C\u002Fp>","\u003Cp>A plant cell has a cell wall, cell membrane, cytoplasm, nucleus, a large central vacuole, chloroplasts and other plastids, mitochondria, ribosomes, endoplasmic reticulum, and Golgi bodies.\u003C\u002Fp>",{"question":54,"answer":55},"\u003Cp>What are the three parts a plant cell has that an animal cell does not?\u003C\u002Fp>","\u003Cp>A cell wall, chloroplasts, and a large central vacuole. These three are the main features that set a plant cell apart from an animal cell.\u003C\u002Fp>",{"question":57,"answer":58},"\u003Cp>Do plant cells have mitochondria?\u003C\u002Fp>","\u003Cp>Yes. Plant cells have mitochondria to release energy from food, and chloroplasts to make that food from sunlight. They need both.\u003C\u002Fp>",{"question":60,"answer":61},"\u003Cp>Is there cytoplasm in a plant cell?\u003C\u002Fp>","\u003Cp>Yes. Plant cells have cytoplasm, just like animal cells. It is the jelly-like material that fills the cell and holds the organelles.\u003C\u002Fp>",{"question":63,"answer":64},"\u003Cp>What is the function of the cell wall in a plant cell?\u003C\u002Fp>","\u003Cp>The cell wall is a rigid outer layer made mainly of cellulose. It gives the cell a fixed shape, supports the plant, protects the cell, and stops it from bursting when it takes in water.\u003C\u002Fp>",{"question":66,"answer":67},"\u003Cp>Why is a plant cell green?\u003C\u002Fp>","\u003Cp>Because of chloroplasts, which contain the green pigment chlorophyll. Chlorophyll captures sunlight for photosynthesis.\u003C\u002Fp>",{"question":69,"answer":70},"\u003Cp>What is the largest part of a mature plant cell?\u003C\u002Fp>","\u003Cp>The central vacuole. In a mature cell it can fill most of the space and push the other parts against the cell wall.\u003C\u002Fp>",[],[],{"enabled":74,"threads":75,"total":76},true,[],0,[78,85,91,98,104,109,115,120,126,129,136],{"slug":79,"name":80,"description":81,"image":82,"body":83,"postCount":84},"acharya-tankeshwar","Acharya Tankeshwar","Editor-in-chief","https:\u002F\u002Fassets.microbeonline.com\u002Fauthors\u002Ftankeshwar-acharya-author-microbeonline.jpg","***Tankeshwar Acharya, MSc (Medical Microbiology)***\n\n*Tankeshwar Acharya is an Assistant Professor in the Department of Microbiology at Patan Academy of Health Sciences (PAHS), Nepal, where he has been teaching and practicing clinical microbiology for over 14 years. He is the founder of Microbe Online, one of the leading free microbiology education resources on the web, covering bacteriology, mycology, parasitology, immunology, and clinical laboratory diagnostics written from direct experience in both the classroom and the diagnostic laboratory.*",489,{"slug":86,"name":43,"description":87,"image":88,"body":89,"postCount":90},"ashma-shrestha","SEO Copywriter and Science Communicator\nKathmandu, Nepal","https:\u002F\u002Fassets.microbeonline.com\u002Fauthors\u002Fashma-shrestha.png","Ashma Shrestha holds a Master of Science in Medical Microbiology from the Institute of Science and Technology (IOST), Tribhuvan University, Nepal, where she developed a strong foundation in virology, molecular biology, and diagnostic microbiology.\n\nShe now works as an SEO Copywriter at Resolution Digital, where she combines her scientific training with research-driven content strategy. She is certified in Google Analytics and Google Business Profile (GBP), and brings a data-informed approach to science communication writing content that is not only accurate but structured to reach and serve the students who need it most.\n\nAt microbeonline, Ashma contributes articles primarily in virology and molecular biology, areas she finds most compelling for their mechanistic depth and their growing clinical relevance. Her writing reflects the same standard the site is built on: factual rigor, clear explanation of the *why* behind microbiology concepts, and content that helps students move from memorization to genuine understanding.\n\nShe is passionate about making complex microbiological concepts accessible without sacrificing accuracy; a skill that sits at the intersection of her scientific training and her professional work in content and SEO.",79,{"slug":92,"name":93,"description":94,"image":95,"body":96,"postCount":97},"sushmita-baniya","Sushmita Baniya","Author \u002F Contributor","https:\u002F\u002Fassets.microbeonline.com\u002Fauthors\u002Fsushmita-baniya-1.png","Sushmita Baniya holds an M.Sc. in Medical Microbiology from Tribhuvan University (National College), with a research focus in Genetics and Molecular Biology. She is actively involved in teaching and research in the field of microbiology.",26,{"slug":99,"name":100,"description":94,"image":101,"body":102,"postCount":103},"samikshya-acharya","Samikshya Acharya","https:\u002F\u002Fassets.microbeonline.com\u002Fauthors\u002Fsamikshya-acharya.jpeg","Samikshya Sharma completed her postgraduate studies in Medical Microbiology at the Central Department of Microbiology, Tribhuvan University, Nepal. She contributes to Microbeonline with the goal of making foundational and clinical microbiology concepts clear and useful for students in medical, laboratory science, and allied health programs.",20,{"slug":105,"name":106,"description":94,"image":42,"body":107,"postCount":108},"alisha-tripathi","Alisha Tripathi","Alisha Tripathi holds an M.Sc. in Medical Microbiology from National College, Tribhuvan University. With over a year of teaching experience, her academic interests span Molecular Biology, Immunology, and Genetics.",6,{"slug":110,"name":111,"description":112,"image":42,"body":113,"postCount":114},"aastha-shrestha","Aastha Shrestha"," Author \u002F Contributor","Aastha Shrestha is a Biotechnology graduate with an M.Sc. from National College, Tribhuvan University. Her academic interests center on Molecular Biology and Immunology; two fields that are increasingly converging in modern diagnostic and clinical microbiology. \n\nShe contributes to Microbeonline with the goal of making complex concepts in these areas approachable and exam-relevant for students across medical, biotechnology, and laboratory science programs.",9,{"slug":116,"name":117,"description":118,"image":42,"body":42,"postCount":119},"guest-author","Guest Author","Guest Author \u002F Contributor",1,{"slug":121,"name":122,"description":94,"image":123,"body":124,"postCount":125},"srijana-khanal","Srijana Khanal","https:\u002F\u002Fassets.microbeonline.com\u002Fauthors\u002Fsrijana-khanal-1.png","Srijana Khanal is a microbiology educator with nearly a decade of teaching experience, including her role as faculty in the Microbiology Department at National College, NIST. \n\nHer time in the classroom has given her a clear sense of where students struggle and what explanations actually work, a perspective that directly shapes how she writes.\n\nHer academic interests span Immunology, Genetics, Basic Sciences, and Research Methodology, and she brings the same rigor to her writing that she brought to teaching. Alongside academic writing, she has a passion for creative writing -- an instinct that shows in her ability to make dense scientific material readable without sacrificing accuracy.\n\nShe contributes to Microbeonline to extend her teaching reach beyond the classroom, helping medical and laboratory science students across the region build a stronger foundation in microbiology.",15,{"slug":127,"name":128,"description":118,"image":42,"body":42,"postCount":119},"dr-poonam-acharya","Dr. Poonam Acharya",{"slug":130,"name":131,"description":132,"image":133,"body":134,"postCount":135},"nisha-rijal","Nisha Rijal","Microbiologist and AMR Specialist Kathmandu, Nepal","https:\u002F\u002Fassets.microbeonline.com\u002Fauthors\u002Fnisha-rijal-1.png","Nisha Rijal is a microbiologist with nearly 15 years of frontline diagnostic and surveillance experience at the National Public Health Laboratory (NPHL), national reference laboratory under the Department of Health Services, Nepal. She currently works as an AMR Support Officer at the World Health Organization (WHO), Nepal, where her work focuses on strengthening antimicrobial resistance surveillance systems and translating AMR data into actionable public health response.\n\nHer research, published in peer-reviewed journals and cited over 220 times, spans some of the most clinically significant infectious disease challenges in Nepal and South Asia: antimicrobial resistance trends in *Vibrio cholerae* across an 11-year national surveillance dataset, sero-epidemiology of scrub typhus in patients with acute febrile illness, lower respiratory tract infections in HIV-positive patients, and gonococcal resistance surveillance. She was a contributor to Nepal's National Antimicrobial Resistance Containment Action Plan, a foundational policy document for AMR governance in Nepal. You can find list of [Nisha Rijal's article here in Google Scholar.](https:\u002F\u002Fscholar.google.com\u002Fcitations?user=N-Ruq54AAAAJ&hl=en)\n\nThis depth of experience is visible in her writing at Microbeonline. Her 53 published articles cover bacteriology, parasitology, mycology, immunology, and laboratory techniques, and are consistently among the most detailed and clinically grounded content on the site. She brings to every article the same standard that national reference laboratory work demands: methodological precision, awareness of real diagnostic constraints, and an understanding of what results actually mean for patient care in resource-limited settings.\n\nHer areas of particular expertise include antimicrobial susceptibility testing and resistance mechanism detection, quality assurance in clinical microbiology, and laboratory-based infectious disease surveillance.\n\n---\n\n*Nisha Rijal contributes to Microbeonline in a personal capacity. Her views and writing do not represent the positions of the World Health Organization or any other institution.*",54,{"slug":137,"name":138,"description":139,"image":140,"body":141,"postCount":119},"padma-shrestha","Padma Shrestha","Author","https:\u002F\u002Fassets.microbeonline.com\u002Fauthors\u002Fpadma-shrestha.png","Padma Shrestha is from Kathmandu, Nepal. She has completed Masters degree in Medical microbiology from Tribhuvan University. She has great interest in Microbiology and Molecular Biology.",[143,150,156,161,166,171,175,179,183,188,192,197,201,206,211,215,219,223,228,233,237,241,245,249,253,257,261,265,270,275,279,283,287,292,296,300,304,308,312,316,320,324,328,332,336,340,344,348,353,357,361,365,369,373,377,381,385,389,393,397,401,405,409,413,417,421,425,429,432,436,439,442,445,448,451,454,457,460,463,466,469,472,475],{"slug":144,"name":145,"description":146,"image":147,"body":148,"postCount":149},"gram-negative-cocci","Gram-Negative Cocci and Coccobacilli","Neisseria, Moraxella, Haemophilus and related gram-negative coccal organisms","https:\u002F\u002Fassets.microbeonline.com\u002Ftags\u002Fgram-negative-cocci.png","# Gram Negative Cocci\n\nNeisseria gonorrhoeae, Neisseria meningitides, Moraxella catarrhalis, and other Neisseria spp. are clinically relevant gram-negative cocci.\n\nN. gonorrhoeae is the leading cause of sexually transmitted disease whereas N. meningitides is a leading cause of fatal bacterial meningitis.",14,{"slug":151,"name":152,"description":153,"image":42,"body":154,"postCount":155},"microscopy","Microscopy","Microscope types, components, and microscopy techniques","These are list of blog posts related to microscopy. ",12,{"slug":157,"name":158,"description":159,"image":42,"body":42,"postCount":160},"gram-positive-cocci","Gram-Positive Cocci","Staphylococcus, Streptococcus, Enterococcus, Micrococcus — organisms, diseases, and identification tests",11,{"slug":162,"name":163,"description":164,"image":42,"body":42,"postCount":165},"gram-negative-rods","Gram-Negative Rods (Other than Enterobacteriaceae)","\u003Cp>Gram negative rods other than members of Enterobacteriaceae family such as  Pseudomonas, Acinetobacter and related organisms\u003C\u002Fp>",5,{"slug":167,"name":168,"description":169,"image":42,"body":42,"postCount":170},"gram-positive-rods","Gram-Positive Rods","Bacillus, Clostridium, Listeria, Corynebacterium, Actinomyces and related organisms",8,{"slug":172,"name":173,"description":174,"image":42,"body":42,"postCount":155},"mycobacteria","Mycobacteria","Mycobacterium tuberculosis, leprosy, atypical mycobacteria, and acid-fast organism diagnosis",{"slug":176,"name":177,"description":178,"image":42,"body":42,"postCount":155},"anaerobic-bacteriology","Anaerobic Bacteriology","Anaerobic organisms, anaerobic culture methods, and anaerobic infection diagnosis",{"slug":180,"name":181,"description":182,"image":42,"body":42,"postCount":155},"enterobacteriaceae","Enterobacteriaceae","Identification, differentiation, and clinical significance of Enterobacteriaceae family members",{"slug":184,"name":185,"description":186,"image":42,"body":42,"postCount":187},"spirochetes","Spirochetes","Treponema, Leptospira, Borrelia and spirochetal infections",7,{"slug":189,"name":190,"description":191,"image":42,"body":42,"postCount":149},"food-microbiology","Food Microbiology","Food-borne pathogens, food safety, spoilage, and preservation",{"slug":193,"name":194,"description":195,"image":42,"body":42,"postCount":196},"antimicrobial-susceptibility-testing","Antimicrobial Susceptibility Testing","Methods for testing antibiotic susceptibility in clinical microbiology",21,{"slug":198,"name":199,"description":200,"image":42,"body":42,"postCount":149},"antimicrobials-moa-amr","Antimicrobials (MOA & AMR)","Mechanisms, detection, and clinical significance of antimicrobial resistance",{"slug":202,"name":203,"description":204,"image":42,"body":42,"postCount":205},"sterilization-disinfection","Sterilization and Disinfection","Methods of sterilization and disinfection in healthcare and laboratory settings",10,{"slug":207,"name":208,"description":209,"image":42,"body":42,"postCount":210},"specimen-collection-transport","Specimen Collection and Transport","Collection, handling, and transport of clinical specimens for microbiological testing",27,{"slug":212,"name":213,"description":214,"image":42,"body":42,"postCount":196},"bacterial-structure-physiology","Bacterial Structure and Physiology","Bacterial cell structure, growth, physiology, and environmental factors affecting growth",{"slug":216,"name":217,"description":42,"image":42,"body":218,"postCount":108},"horizontal-gene-transfer","Horizontal Gene Transfer","Articles related to **Horizontal Gene Transfer**",{"slug":220,"name":221,"description":42,"image":42,"body":222,"postCount":205},"chromatography","Chromatography","Information about chromatographic techniques.",{"slug":224,"name":225,"description":226,"image":42,"body":227,"postCount":187},"electrophoresis","Electrophoresis","Information about Electrophoresis Techniques ","Detailed information  about Electrophoresis Techniques ",{"slug":229,"name":230,"description":231,"image":42,"body":232,"postCount":108},"pcr-techniques","PCR Techniques","Information about various types of Polymerase Chain Reaction Techniques ","More detailed information about various types of Polymerase Chain Reaction Techniques ",{"slug":234,"name":235,"description":236,"image":42,"body":42,"postCount":108},"bacteriophage","Bacteriophage","Description about Bacteriophage.",{"slug":238,"name":239,"description":240,"image":42,"body":42,"postCount":108},"malaria","Malaria","It is the collections of articles regarding malarial disease. ",{"slug":242,"name":243,"description":244,"image":42,"body":42,"postCount":108},"anaerobic-culture-techniques","Anaerobic Culture Techniques","Posts related with Anaerobic Culture Techniques.",{"slug":246,"name":247,"description":248,"image":42,"body":42,"postCount":103},"immunoassays","Immunoassays","You will get information about all the diagnostic tests that rely on the specific binding between an antigen and an antibody to detect or quantify a substance.",{"slug":250,"name":251,"description":252,"image":42,"body":42,"postCount":187},"biosafety-levels","Biosafety levels ","Articles related to Biosafety Levels",{"slug":254,"name":255,"description":256,"image":42,"body":42,"postCount":165},"environmental-factors","Environmental Factors ","In this case we are talking about growth requirements of microorganisms with deep dive in environmental factors that affect the growth. ",{"slug":258,"name":259,"description":260,"image":42,"body":42,"postCount":108},"pipette","Pipette","Posts related with Pipette. ",{"slug":262,"name":263,"description":264,"image":42,"body":42,"postCount":187},"bacteriology-mcqs","Bacteriology MCQs","This sections lists MCQs in Bacteriology.",{"slug":266,"name":267,"description":268,"image":42,"body":42,"postCount":269},"parasitology-mcqs","Parasitology MCQs","This section lists MCQs in Parasitology.",2,{"slug":271,"name":272,"description":273,"image":42,"body":42,"postCount":274},"virology-mcqs","Virology MCQs","This is the collections of Multiple Choice Questions in Virology.",4,{"slug":276,"name":277,"description":278,"image":42,"body":42,"postCount":165},"mcqs-in-microbiology","MCQs in Microbiology","This section lists the collections of Multiple Choice Questions in General Microbiology Topics. ",{"slug":280,"name":281,"description":282,"image":42,"body":42,"postCount":187},"immunology-mcqs","Immunology MCQs","In this section; we are posting collections of Multiple Choice Questions about Immunology. ",{"slug":284,"name":285,"description":286,"image":42,"body":42,"postCount":205},"microbial-curiosities","Microbial Curiosities","In this clusters, we are posting interesting and unique information about Microorganisms. ",{"slug":288,"name":289,"description":290,"image":42,"body":42,"postCount":291},"bacterial-culture-media","Bacterial Culture Media","Posts related to Bacterial Culture Media. ",23,{"slug":293,"name":294,"description":295,"image":42,"body":42,"postCount":108},"fungal-culture-media","Fungal Culture Media","Posts related to Fungal Culture Media.",{"slug":297,"name":298,"description":299,"image":42,"body":42,"postCount":165},"motility-test","Motility Test","This lists the procedure regarding various tests methods for bacterial motility.",{"slug":301,"name":302,"description":303,"image":42,"body":42,"postCount":205},"bacterial-enumeration","Bacterial enumeration","These posts are related to isolation and enumeration of bacteria. ",{"slug":305,"name":306,"description":307,"image":42,"body":42,"postCount":269},"gram-positive-coccobacillus","Gram-positive coccobacillus","List of Gram Positive Coccobacilli",{"slug":309,"name":310,"description":311,"image":42,"body":42,"postCount":274},"dimorphic-fungi","Dimorphic Fungi","This is about various dimorphic fungi. ",{"slug":313,"name":314,"description":315,"image":42,"body":42,"postCount":187},"bacterial-classification","Bacterial Classification","These posts are related with various approaches used for the classification of Bacteria. ",{"slug":317,"name":318,"description":319,"image":42,"body":42,"postCount":165},"immunofluorescence","Immunofluorescence ","Various Tests related to Immunofluorescence ",{"slug":321,"name":322,"description":323,"image":42,"body":42,"postCount":114},"antibody-mediated-immunity","Antibody-mediated Immunity","This clusters links the articles that are sharing insights about Antibody-mediated immunity. ",{"slug":325,"name":326,"description":327,"image":42,"body":42,"postCount":187},"hypersensitivity","Hypersensitivity","Articles related to Hypersensitivity.",{"slug":329,"name":330,"description":42,"image":42,"body":42,"postCount":331},"haemophilus","Haemophilus",3,{"slug":333,"name":334,"description":335,"image":42,"body":42,"postCount":274},"sexually-transmitted-infections-stis","Sexually transmitted infections (STIs)","This is the clusters of infections that are transmitted sexually. ",{"slug":337,"name":338,"description":339,"image":42,"body":42,"postCount":155},"adaptive-immunity","Adaptive Immunity","Blog posts related to B Cell Immunity and T Cell Immunity.",{"slug":341,"name":342,"description":343,"image":42,"body":42,"postCount":149},"fungal-diagnostics","Fungal Diagnostics","Various methods used for the Diagnosis of Fungal Infections. ",{"slug":345,"name":346,"description":347,"image":42,"body":42,"postCount":165},"laboratory-storage-and-preservation","Laboratory Storage and Preservation","Articles about Laboratory Storage of Antimicrobial Disk, Test organisms and Equipment used for this process. ",{"slug":349,"name":350,"description":351,"image":42,"body":352,"postCount":108},"laboratory-heating-equipment","Laboratory Heating Equipment","A guide to laboratory heating equipment, including hot plates, water baths, Bunsen burners, incubators, and dry baths, and how to choose the right one for each task.","Laboratory heating equipment covers the instruments that warm, melt, incubate, or sterilize samples and media in a microbiology laboratory. Each one delivers heat differently. \n\nA hot plate gives high, direct, dry heat; a water bath gives gentle, even, wet heat up to about 100°C; a Bunsen burner gives an open flame for rapid, very high heat; an incubator holds cultures at a steady temperature over hours or days; and a dry bath heats small tubes without water. Choosing the right one depends on the temperature you need, how precise it must be, and whether the sample can tolerate direct or open-flame heat.\n\nThe articles below cover each piece of heating equipment in detail, including its parts, working principle, uses, and the mistakes that most often go wrong at the bench.",{"slug":354,"name":355,"description":356,"image":42,"body":42,"postCount":114},"laboratory-glassware","Laboratory Glassware","Posts about Laboratory Glassware. ",{"slug":358,"name":359,"description":360,"image":42,"body":42,"postCount":114},"helminths","Helminths","In this section, we are covering properties, life cycle, pathogenesis and laboratory diagnosis of Helminths\u002FHelminthic infestations. ",{"slug":362,"name":363,"description":364,"image":42,"body":42,"postCount":170},"protozoan-parasite","Protozoan Parasite","In this cluster, we are covering protozoan parasites. ",{"slug":366,"name":367,"description":368,"image":42,"body":42,"postCount":119},"tests-for-gram-positive-cocci","Biochemical Tests for Gram Positive Cocci","This is the lists of Biochemical Tests that are used for Gram Positive Cocci. ",{"slug":370,"name":371,"description":372,"image":42,"body":42,"postCount":205},"bacterial-staining-technique","Bacterial Staining Technique","Lists of various staining techniques that are used to stain bacteria. ",{"slug":374,"name":375,"description":376,"image":42,"body":42,"postCount":196},"enzyme-tests","Enzyme Tests","\u003Cp>Various Biochemical Test that are based on enzymatic activity of the microorganisms. \u003C\u002Fp>",{"slug":378,"name":379,"description":380,"image":42,"body":42,"postCount":160},"carbohydrate-utilization","Carbohydrate Utilization","\u003Cp>Various biochemical tests which are related to Carbohydrate fermentation or Utilization\u003C\u002Fp>",{"slug":382,"name":383,"description":384,"image":42,"body":42,"postCount":165},"susceptibility-based-id","Susceptibility-based ID","\u003Cp>These are susceptibility based identification test such as optochin sensitivity, bacitracin sensitivity etc. \u003C\u002Fp>",{"slug":386,"name":387,"description":388,"image":42,"body":42,"postCount":274},"microbial-metabolism","Microbial Metabolism","\u003Cp>Tests about Microbial Metabolism. \u003C\u002Fp>",{"slug":390,"name":391,"description":392,"image":42,"body":42,"postCount":170},"substrate-utilization","Substrate Utilization","\u003Cp>The test in which a non-sugar carbon\u002Fnitrogen source is used or degraded (citrate, malonate, decarboxylases, indole, PAD).\u003C\u002Fp>",{"slug":394,"name":395,"description":396,"image":42,"body":42,"postCount":331},"atypical-pneumonia","Atypical Pneumonia","\u003Cp>Organisms responsible for Atypical Pneumonia. \u003C\u002Fp>",{"slug":398,"name":399,"description":400,"image":42,"body":42,"postCount":165},"antigen","Antigen","\u003Cp>Various articles related to Antigens.\u003C\u002Fp>",{"slug":402,"name":403,"description":404,"image":42,"body":42,"postCount":187},"innate-immunity","Innate Immunity","\u003Cp>Articles related to Innate Immunity. \u003C\u002Fp>",{"slug":406,"name":407,"description":408,"image":42,"body":42,"postCount":274},"respiratory-tract-infection","Respiratory Tract Infection","\u003Cp>In this cluster, you can see various etiological agents that causes respiratory tract infection. \u003C\u002Fp>",{"slug":410,"name":411,"description":412,"image":42,"body":42,"postCount":165},"torch-infection","TORCH Infection","\u003Cp>In this section; you can find articles related with TOCH infection. \u003C\u002Fp>",{"slug":414,"name":415,"description":416,"image":42,"body":42,"postCount":170},"microbiology-for-beginners","Microbiology for Beginners","\u003Cp>These articles are very basic articles, which will share general concepts in Microbiology. \u003C\u002Fp>",{"slug":418,"name":419,"description":420,"image":42,"body":42,"postCount":108},"dna-replication","DNA Replication","\u003Cp>Articles related to DNA and Replication of DNA. \u003C\u002Fp>",{"slug":422,"name":423,"description":424,"image":42,"body":42,"postCount":187},"genetic-code","Genetic Code","\u003Cp>Articles related to Genetic Code.\u003C\u002Fp>",{"slug":426,"name":427,"description":428,"image":42,"body":42,"postCount":187},"molecular-technique","Molecular Technique","\u003Cp>Posts related to Molecular Techniques. \u003C\u002Fp>",{"slug":430,"name":431,"description":42,"image":42,"body":42,"postCount":119},"colorimetric-assay","Colorimetric Assay ",{"slug":433,"name":434,"description":435,"image":42,"body":42,"postCount":165},"pharmaceutical-microbiology","Pharmaceutical Microbiology","\u003Cp>Various articles related to Pharmaceutical Microbiology\u003C\u002Fp>",{"slug":437,"name":438,"description":42,"image":42,"body":42,"postCount":331},"blood-and-immune-cells","Blood and Immune Cells",{"slug":440,"name":441,"description":42,"image":42,"body":42,"postCount":165},"host-pathogen-interaction","Host Pathogen Interaction",{"slug":443,"name":444,"description":42,"image":42,"body":42,"postCount":274},"blood-culture","Blood Culture",{"slug":446,"name":447,"description":42,"image":42,"body":42,"postCount":274},"environmental-microbiology","Environmental microbiology ",{"slug":449,"name":450,"description":42,"image":42,"body":42,"postCount":187},"copromicroscopic-technique","Copromicroscopic Technique",{"slug":452,"name":453,"description":42,"image":42,"body":42,"postCount":331},"quality-control","Quality Control",{"slug":455,"name":456,"description":42,"image":42,"body":42,"postCount":187},"dermatophytes","Dermatophytes",{"slug":458,"name":459,"description":42,"image":42,"body":42,"postCount":331},"viral-hemorrhagic-fevers","Viral Hemorrhagic Fevers",{"slug":461,"name":462,"description":42,"image":42,"body":42,"postCount":274},"h2s-production","H2S Production",{"slug":464,"name":465,"description":42,"image":42,"body":42,"postCount":269},"water-quality-testing","Water Quality Testing",{"slug":467,"name":468,"description":42,"image":42,"body":42,"postCount":165},"virology-basics","Virology basics",{"slug":470,"name":471,"description":42,"image":42,"body":42,"postCount":274},"typing-methods","Typing Methods",{"slug":473,"name":474,"description":42,"image":42,"body":42,"postCount":331},"blotting-technique","Blotting Technique",{"slug":476,"name":477,"description":42,"image":42,"body":42,"postCount":274},"history-microbiology","History of Microbiology"]