user:Graham Beards

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|text = On behalf of the FAR coordinators, thank you, {{{user|{{safesubst:BASEPAGENAME}}}}}! Your work on Menstrual cycle has allowed the article to retain its featured status, recognizing it as one of the best {{{type|{{Error|Error: No type specified}}article}}}s on Wikipedia. This is a rare accomplishment and you should be proud. You may display this FA star upon your userpage. {{safesubst:#switch:{{{type|}}}article

}} Keep up the great work! {{{extra|}}} Cheers, {{{poster|Nikkimaria (talk) 03:58, 23 December 2021 (UTC)}}}

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[https://www.heraldopenaccess.us/article_pdf/9/the-historical-evolutionary-cause-and-possible-treat-ment-of-pandemic-covid-19-sars-cov-2-2019-corona-virus-world-war-iii-the-blackout-of-the-modern-world-by-neglected-small-infectious-agent.pdf The Historical/Evolutionary Cause and Possible Treatment of Pandemic COVID-19 (SARS-CoV-2, 2019-CORONA VIRUS): World-War III: The Blackout of the Modern World by Neglected Small Infectious Agent]

And not only by schoolchildren.

This "publication" is copied from several of our articles including Social history of viruses, Introduction to viruses and Influenza.

Can I be the writing instructor that I am in real life and ask you to try harder?

Achieving excellence through featured content

==List of Featured Article Candidates I have promoted==

{{Gallery

|title=Some of my other images

|width=160 | height=170

|align=center

|footer=

|File:Rotaviruses.jpg

|Rotaviruses

|File:Young's slits.jpg

|Demonstrating the wave-like behaviour of photons (in my kitchen)

|File:Gram-stain of gonorrhoea.jpg

|Neisseria gonorrhoeae in pus from a case of gonorrhoea in a man

|File:DSC 0648 (2) Neiseria gonorrhoea.jpg

|Neisseria gonorrhoeae and pus cells in a Gram-stained penile discharge

|File:Pus cells with Neisseria gonorrhoeae.jpg

|Gram stained pus from a urethral discharge with intracellular Neisseria gonorrhoeae

|File:TV in Gram.jpg

|Trichomonas vaginalis (Gram stain)

|File:Aerobic vaginitis Gram stain.jpg

|A typical case of aerobic vaginitis (Gram stain)

|File:Aerobic vaginitis phase contrast microscopy.jpg

|Aerobic vaginitis; appearance by phase contrast microscopy

|File:Malarial parasites, Plasmodium species, ring forms in red blood cells.jpg

|Ring forms of Plasmodium falciparum in red blood cells

|File:Malarial parasite in an erythrocyte.jpg

|A malarial parasite, probably Plasmodium vivax, in a red blood cell

|File:ZN of MTB.jpg

|Ziehl–Neelsen stain of Mycobacterium tuberculosis

|File:Fe- deficient anemia.jpg

|A Giemsa-stained blood film from a person with iron-deficiency anemia. This person also had hemoglobin Kenya.

|File:Iron deficiency anemia blood film.jpg

|A Giemsa-stained blood film from a person with iron-deficiency anemia (lower magnification)

|File:B-Thal.jpg

|Blood from a person with beta thalassemia

|File:Loa Loa.jpg

|Whole blood with microfilaria worm, Giemsa stain, from a person with Loa loa

|File:Herpesvirus (negative staining).jpg

|Electron micrograph of a herpesvirus

|File:Bacillus subtilis 2.jpg

|Bacillus subtilis Gram stain

|File:Trichomonas vaginalis by phase contrast microscopy.webm

|Trichomonas vaginalis by phase-contrast microscopy

|File:Trichomonas vaginalis infection - phase contrast.mpg

|Trichomonas vaginalis by phase-contrast microscopy

|File:Trichomonas vaginalis.webm

|Trichomonas vaginalis by phase-contrast microscopy single trophozoite

|File:Trichomonas vaginalis 02.webm

|Trichomonas vaginalis from a human vagina x 400

|File:Trichomonas May-Grünwald staining.jpg

|Trichomonas vaginalis May-Grünwald staining

|File:Trichomonas vaginalis May-Grünwald-Giemsa staining.jpg

|Trichomonas vaginalis May-Grünwald-Giemsa staining. A barb-like axostyle (left) projects opposite the four-flagella bundle.

|File:Trichomonas.jpg

|Trichomonas May-Grünwald-Giemsa staining

|File:Crab louse 01.webm

|Pthirus pubis, crab louse or pubic louse (Pthirus pubis) is an insect that is an obligate ectoparasite of humans, feeding exclusively on blood.

|File:Crab louse 02.webm

|Crab louse

|File:Monocytes, a type of white blood cell (Giemsa stained).jpg

|Monocytes, a type of white blood cell involved in immunity

|File:AAVs by electron microscopy.jpg

|Electron micrograph of adenovirus and adeno-associated virus

|File:Papilloma Virus (HPV) EM (new version).jpg

|Papilloma virus

|File:Sickle cells.jpg

|Red blood cells in sickle cell anaemia

|File:Candida Gram stain.jpg

|Candida albicans Gram stain

|File:Candida albicans - Gram stain.jpg

|Candida albicans Gram stain

|File:Candida spores and pseudohyphae.jpg

|Candida spores in a vaginal swab. (Gram stain)

|File:Vaginal candidiasis, Gram stain.jpg

|Spores and pseudohyphae of Candida albicans in a vaginal swab (Gram stain)

|File:Vaginal swab wet mount of candida.jpg

|Vaginal swab wet mount of Candida albicans (phase contrast)

|File:Pus cells with intracellular gonococci.jpg

|Gram-stained pus from a urethral discharge showing Gram-negative, intracellular diplococci

|File:N. gonorrhoeae in pus.jpg

|The bacteria Neisseria gonorrhoeae in pus (Gram stain)

|File:Neisseria gonorrhoeae with pus cells.jpg

|Another case of gonorrhoea (Gram-stain)

|File:Giant platelets in ITP.jpg

|Giant platelets in a person with immune thrombocytopenia pupura. (Blood film Giemsa stain)

|File:Antibiotic sensitivity test.jpg

|Agar diffusion antibiotic sensitivity testing

|File:Antibiotic sensitivity and resistance.jpg

|Antibiotic resistance tests: Bacteria are streaked on dishes with white disks, each impregnated with a different antibiotic.

|File:Epizootic Diarrhoea Virus of Mice (EDIM).jpg

|Electron micrograph of EDIM - the rotavirus that infects mice

|File:Electron micrograph of orf virus (negative staining).jpg

|Orf virus

|File:Cowpox virus.jpg

|Electron micrograph of three cowpox virus particles

|File:Electron micrograph of smallpox virus.jpg

|Smallpox virus

|File:Mumps virus 2.jpg

|Mumps virus

|File:Plant rhabdovirus.jpg

|A plant rhabdovirus

|File:Bacteriophages.jpg

|Bacteriophages

|File:Adenoviruses.jpg

|Adenoviruses

|File:Rotavirus with antibody.jpg

| A computer reconstruction based on cryo-electron micrographs of a rotavirus particle (A) and a rotavirus particle reacted with a monoclonal antibody (B)

|File:Lactobacilli (Gram stain).jpg

|Gram stain of lactobacilli and squamous epithelial cells in vaginal swab

|File:Normal and BV flora.jpg

|Gram stain showing normal flora and the bacteria seen in bacterial vaginosis

|File:Gram-positive bacteria and pus cells.jpg

|Gram-stain of Gram-positive streptococci surrounded by pus cells from and infected cut on a finger

|File:Clue cells in bacterial vaginosis.jpg

|Phase contrast microscopy of clue cells in a vaginal swab

|File:Trypanosoma cruzi in a blood smear.jpg

|Trypanosoma cruzi in blood Giemsa stain

|File:Electron micrograph of two coronaviruses.jpg

|Coronaviruses

|File:Kleihauer.JPG

|A Kleihauer–Betke test used to measure the amount of fetal hemoglobin transferred from a fetus to a mother's bloodstream.

|File:Noroviruses.jpg

|Noroviruses

|File:CsCl density gradient centrifugation.jpg

|Caesium chloride (CsCl) solution and two morphological types of rotavirus. Following centrifugation at 100g a density gradient forms in the CsCl solution and the virus particles separate according to their densities. The tube is 10cm tall. The viruses are the two "milky" zones close together.

|File:Neutrophils.jpg

|Neutrophils, a type of white blood cell

|File:Cryptococcus Gram film.jpg

|Cryptococcus neoformans a pathogenic yeast

|File:Equine Torovirus.jpg

|Horse torovirus

|File:Salmonella growing on XLD agar.JPG

|A culture of salmonella bacteria

|File:Human Torovirus.jpg

|Torovirus in human faeces

|File:Molluscum contagiousum virus.jpg

|Electron micrograph of molluscum contagiosum virus

|Actinomyces israelii.jpg

|Scanning electron micrograph of Actinomyces israelii (false colour)

|File:Parvovirus in Blood.jpg

|Electron micrograph of Parvovirus B19

|File:H. influenzae XV.jpg

|Haemophilus influenzae requires X and V factors for growth. In this culture, Haemophilus has only grown around the paper disc that has been impregnated with X and V factors. No bacterial growth is seen around the discs that only contain either X or V factor.

|File:VZV plaques.jpg

|The cytophathic effect of Varicella zoster virus on cells in cultures

|File:Red blood cells by darkfield microscopy.jpg

|Red blood cells as seen by darkfield microscopy x 1000

|File:Coagulation in vivo.png

|Blood coagulation pathways in vivo showing the central role played by thrombin

|File:Parker Ward.jpg

|Ward were the last case of smallpox was seen in Birmingham, UK

|File:Wards 32-33 EBH, 1978.jpg

|Ward were the last case of smallpox was seen in Birmingham, UK

|File:Monkeypox lesions.jpg

|Mpox lesions on a penis

|File:Child with scarlet fever.jpg

|The tongue of a child showing the signs of scarlet fever caused by Lancefield group A streptococci

|File:Staphylococcus aureus Gram stain.jpg

|Staphylococcus aureus (Gram stain

|File:Intracellular clusters of Neisseria gonorrhoeae.jpg

|Neisseria gonorrhoeae bacteria in a pus cell

|File:Platelets2.JPG

|Platelets in human blood

|File:Neisseria gonorrhoeae and pus cells in a vaginal swab (Gram stain).jpg

|Gram stain of a vaginal swab showing gonococci (in pairs - arrow) inside polymorphonuclear granulocytes

|File:Candida albicans spores from a vaginal swab.jpg

|Candida albicans spores from a vaginal swab by phase contrast microscopy

|File:Candida albicans from a vaginal swab.jpg

|Gram stain of Candida albicans spores from a vaginal swab

|File:GC Culture.jpg

|Colonies of Neisseria gonorrhoeae on agar bacterial culture plates

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