RF
+
Activated platelet illustration
RF
+
Schistocyte abnormal red blood cell illustration
RF
+
Blood composition illustration
RF
+
Blood composition illustration
RF
+
Essential thrombocythaemia illustration
RF
+
Essential thrombocythaemia illustration
RF
+
Essential thrombocythaemia illustration
RM
+
Blood clot SEM
RM
+
Blood clot SEM
ED
+
Mauve stinger jellyfish (Pelagia noctiluca) tangled with plastic waste The piece of plastic is at upper centre just below the jellyfishs bell This
RM
+
Illustration depicting the process of bacterial transduction the transfer of DNA (deoxyribonucleic acid ring) from one bacterium to another through
RM
+
Illustration of a fragment of the KRAS G12C mutant oncogene product Activation of KRAS promotes cell growth and proliferation Mutations in KRAS lead
RM
+
Liverwort thallus surface fluorescence micrograph
RM
+
Hornwort thallus cells with plastids light micrograph
RM
+
Insulin receptor molecule illustration
RM
+
Illustration of the C-terminal fragment of the bovine (cow) prion protein Prions are abnormal proteins that cause a group of fatal neurodegenerative
RM
+
Antibody illustration
RM
+
Antibody illustration
RM
+
Antibody illustration
ED
+
Blood cells Scanning electron micrograph (SEM) of three types of blood cells obtained from the tooth root of a 28-year-old man Many disc-shaped red
RM
+
Antibody illustration
RM
+
Platelets SEM
RM
+
Platelets SEM
RM
+
Platelets SEM
RM
+
Illustration of a fragment antigen-binding (Fab) region (red) of an autoimmune antibody bound to a GABA A (gamma aminobutyric acid-A) receptor Autoim
RM
+
Voltage-gated sodium channel pore molecular model
RF
+
Cell free nucleic acids in human blood illustration
RM
+
Activated platelet SEM
RM
+
Molecular model of a gene transfer agent (GTA) a virus-like particle produced by some bacteria that mediates horizontal gene transfer GTAs package a
ED
+
Activated platelets growing on a filter coloured scanning electron micrograph (SEM) Platelets are cell fragments that circulate in the blood and con
RF
+
Cell free nucleic acids in human blood illustration
RF
+
Cell free nucleic acids in human blood 3D illustration These are DNA (deoxyribonucleic acid) and RNA (ribonucleic acid) fragments that contain impor
RM
+
Blood clot SEM
RM
+
Blood clot SEM
RM
+
Blood clot SEM
RM
+
Blood clot SEM
RF
+
Fibrin polymerisation molecular model
RM
+
p53 tumour suppressor protein illustration Also known as TP53 activation of this tumour suppressor induces apoptosis cell cycle arrest or senesce
RM
+
Immune cell interaction illustration
ED
+
Apoptosis Coloured transmission electron micrograph (TEM) of a white blood cell undergoing apoptosis genetically programmed cell death The crescent
RM
+
Antibody illustration
RM
+
Entamoeba protozoan SEM
RM
+
Entamoeba protozoan SEM
RM
+
Entamoeba protozoan SEM
RM
+
Entamoeba protozoan SEM
RM
+
Entamoeba protozoan SEM
RM
+
Entamoeba protozoan SEM
RM
+
Entamoeba protozoan SEM
RM
+
Nephroblastoma light micrograph
ED
+
4-6 cell embryo Coloured scanning electron micrograph (SEM) of layers of a 4-6 cell embryo The blastomeres (large yellow) are the cells formed from
RM
+
Blood clot SEM
RM
+
Blood cells SEM
RM
+
Blood cells SEM
RM
+
Blood cells SEM
RF
+
Soap killing coronavirus conceptual illustration
RF
+
Soap killing coronavirus conceptual illustration
RF
+
Soap killing coronavirus conceptual illustration
RF
+
Soap killing coronavirus conceptual illustration
RF
+
Soap killing coronavirus conceptual illustration
ED
+
First stage in the preparation of artificial skin A special tool (a credo) is used to carefully separate the outer epidermis from the underlying
RM
+
Illustration showing mechanism of developing antibiotic multiresistance in bacteria Bacteria pass on genes for antibiotic resistance to their offspri
RM
+
Illustration showing mechanism of developing antibiotic multiresistance in bacteria Bacteria pass on genes for antibiotic resistance to their offspri
RM
+
Illustration showing mechanism of developing antibiotic multiresistance in bacteria Bacteria pass on genes for antibiotic resistance to their offspri
RM
+
Illustration showing mechanism of developing antibiotic multiresistance in bacteria Bacteria pass on genes for antibiotic resistance to their offspri
RM
+
Blood cells SEM
RM
+
Blood cells Coloured scanning electron micrograph (SEM) of human red blood cells (erythrocytes) a single white blood cell (leucocyte) and a platelet
RM
+
The surface environment of garden soil
RM
+
Life on the surface of garden soil
RM
+
The surface environment of garden soil
ED
+
DNA migration Fluorescence light micrograph showing DNA (Deoxyribonucleic Acid) migrating out from a cell nucleus DNA has been made to glow yellow a
RM
+
Life on the surface of garden soil
RM
+
The surface environment of garden soil
RM
+
Blood smear light micrograph
RM
+
Blood smear light micrograph
RM
+
Blood smear Light micrograph showing human blood cells Erythrocytes (red blood cells) are pink They make up the majority of blood cells and carry o
RM
+
Blood smear light micrograph
RM
+
Blood smear light micrograph
RM
+
Blood smear light micrograph
RM
+
Blood smear light micrograph
ED
+
Aborting embryo cells Coloured scanning electron micrograph (SEM) of blastomere fragments of an aborting 6-8 cell human embryo The embryo is undergo
RM
+
Leaf skeleton of common ivy Hedera helix
RM
+
Leaf skeleton of common ivy Hedera helix
RM
+
Leaf skeleton of common ivy Hedera helix
RM
+
Blood clot SEM
RM
+
Blood clot SEM
RM
+
Blood clot SEM
RM
+
Blood clot SEM
RM
+
Scanning electron micrograph (SEM) of a menstrual blood clot showing little granularity Human red blood cells trapped in a fibrin blood clot Platele
RM
+
Activated and non-activated platelets coloured scanning electron micrograph (SEM) Platelets are blood cell fragments that play an essential role in
ED
+
Chromosome rearrangements Coloured scanning electron micrograph (SEM) of chromosomes after treatment with etoposide Chromosomes normally consist of
RM
+
Activated and non-activated platelets SEM
RM
+
Activated and non-activated platelets coloured scanning electron micrograph (SEM) Platelets are blood cell fragments that play an essential role in
RM
+
Activated platelets SEM
RM
+
Activated platelets SEM
RM
+
Activated platelets SEM
RM
+
Activated platelets SEM
RM
+
Activated platelets SEM
RM
+
Activated platelets SEM
RM
+
Activated platelets SEM
ED
+
Cell-mediated immune response computer artwork This type of immune response is most often used against intracellular pathogens such as viruses The
900
0
https://www.afloimages.com/search/cell%20fragment.html