Pollen Grains (Hibiscus)

LVEM 5
TEM
PtNi Nanoparticles
Particles on carbon film
5–6nm particles protected by organic surfactants
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
PtNi Nanoparticles PtNi Nanoparticles
LVEM 5
TEM
PtNi Nanoparticles
Particles on carbon film
5–6nm particles protected by organic surfactants
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
PtNi Nanoparticles PtNi Nanoparticles
LVEM 5
TEM
8nm PbS Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
8nm PbS Nanoparticles 8nm PbS Nanoparticles
LVEM 5
SEM
0.8μm Iron Oxide Particles
Particles with a few nm layer of silica coating on the surface
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
0.8μm Iron Oxide Particles 0.8μm Iron Oxide Particles
LVEM 5
SEM
0.8μm Iron Oxide Particles
Particles with a few nm layer of silica coating on the surface
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
0.8μm Iron Oxide Particles 0.8μm Iron Oxide Particles
LVEM 5
SEM
0.8μm Iron Oxide Particles
Particles with a few nm layer of silica coating on the surface
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
0.8μm Iron Oxide Particles 0.8μm Iron Oxide Particles
LVEM 5
SEM
0.8μm Iron Oxide Particles
Particles with a few nm layer of silica coating on the surface
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
0.8μm Iron Oxide Particles 0.8μm Iron Oxide Particles
LVEM 5
TEM
15nm Iron Oxide Particles
Particles on carbon film
Nanoparticles in cyclohexane
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
15nm Iron Oxide Particles 15nm Iron Oxide Particles
LVEM 5
TEM
15nm Iron Oxide Particles
Particles on carbon film
Nanoparticles in cyclohexane
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
15nm Iron Oxide Particles 15nm Iron Oxide Particles
LVEM 5
TEM
15nm Iron Oxide Particles
Particles on carbon film
Nanoparticles in cyclohexane
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
15nm Iron Oxide Particles 15nm Iron Oxide Particles
LVEM 5
TEM
15nm Iron Oxide Particles
Particles on carbon film
Nanoparticles in cyclohexane
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
15nm Iron Oxide Particles 15nm Iron Oxide Particles
LVEM 5
TEM
15nm Iron Oxide Particles
Particles on carbon film
Nanoparticles in cyclohexane
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
15nm Iron Oxide Particles 15nm Iron Oxide Particles
LVEM 5
TEM
15nm Iron Oxide Particles
Particles on carbon film
Nanoparticles in cyclohexane
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
15nm Iron Oxide Particles 15nm Iron Oxide Particles
LVEM 5
TEM
Fe Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Fe Nanoparticles Fe Nanoparticles
LVEM 5
TEM
Fe Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Fe Nanoparticles Fe Nanoparticles
LVEM 5
TEM
Fe Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Fe Nanoparticles Fe Nanoparticles
LVEM 5
TEM
Fe Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Fe Nanoparticles Fe Nanoparticles
LVEM 5
TEM
Au Nanoparticles
Particles on carbon film
Gold sol
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Au Nanoparticles Au Nanoparticles
LVEM 5
TEM
Au Nanoparticles
Particles on carbon film
Gold sol
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Au Nanoparticles Au Nanoparticles
LVEM 5
TEM
Au Nanoparticles
Particles on carbon film
Gold sol
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Au Nanoparticles Au Nanoparticles
LVEM 5
TEM
40nm Au Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
40nm Au Nanoparticles 40nm Au Nanoparticles
LVEM 5
SEM
80nm Au Nanoparticles
Particles on organic material
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
80nm Au Nanoparticles 80nm Au Nanoparticles
LVEM 5
SEM
80nm Au Nanoparticles
Particles on organic material
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
80nm Au Nanoparticles 80nm Au Nanoparticles
LVEM 5
SEM
80nm Au Nanoparticles
Particles on organic material
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
80nm Au Nanoparticles 80nm Au Nanoparticles
LVEM 5
SEM
80nm Au Nanoparticles
Particles on organic material
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
80nm Au Nanoparticles 80nm Au Nanoparticles
LVEM 5
TEM
Au Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Au Nanoparticles Au Nanoparticles
LVEM 5
TEM
Au Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Au Nanoparticles Au Nanoparticles
LVEM 5
TEM
Au Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Au Nanoparticles Au Nanoparticles
LVEM 5
TEM
Au Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Au Nanoparticles Au Nanoparticles
LVEM 5
TEM
Ag Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Ag Nanoparticles Ag Nanoparticles
LVEM 5
TEM
Ag Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Ag Nanoparticles Ag Nanoparticles
LVEM 5
TEM
Ag Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Ag Nanoparticles Ag Nanoparticles
LVEM 5
TEM
Ag Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Ag Nanoparticles Ag Nanoparticles
LVEM 5
SEM
Ag on NP-Polysulfone
Particles on filter material
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
Ag on NP-Polysulfone Ag on NP-Polysulfone
LVEM 5
SEM
Ag on NP-Polysulfone
Particles on filter material
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
Ag on NP-Polysulfone Ag on NP-Polysulfone
LVEM 5
SEM
Ag on NP-Polysulfone
Particles on filter material
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
Ag on NP-Polysulfone Ag on NP-Polysulfone
LVEM 5
SEM
Ag on NP-Polysulfone
Particles on filter material
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
Ag on NP-Polysulfone Ag on NP-Polysulfone
LVEM 5
TEM
ZnO Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
ZnO Nanoparticles ZnO Nanoparticles
LVEM 5
TEM
ZnO Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
ZnO Nanoparticles ZnO Nanoparticles
LVEM 5
TEM
ZnO Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
ZnO Nanoparticles ZnO Nanoparticles
LVEM 5
TEM
Ytterbium Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Ytterbium Nanoparticles Ytterbium Nanoparticles
LVEM 5
TEM
Ytterbium Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Ytterbium Nanoparticles Ytterbium Nanoparticles
LVEM 5
TEM
Ytterbium Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Ytterbium Nanoparticles Ytterbium Nanoparticles
LVEM 5
TEM
Ytterbium Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Ytterbium Nanoparticles Ytterbium Nanoparticles
LVEM 5
TEM
6nm CdSe Quantum Dots
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
6nm CdSe Quantum Dots 6nm CdSe Quantum Dots
LVEM 5
TEM
6nm CdSe Quantum Dots
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
6nm CdSe Quantum Dots 6nm CdSe Quantum Dots
LVEM 5
TEM
6nm CdSe Quantum Dots
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
6nm CdSe Quantum Dots 6nm CdSe Quantum Dots
LVEM 5
TEM
6nm CdSe Quantum Dots
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
6nm CdSe Quantum Dots 6nm CdSe Quantum Dots
LVEM 5
TEM
Graphene
Particles on lacey carbon
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Graphene Graphene
LVEM 5
TEM
Graphene
Particles on lacey carbon
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Graphene Graphene
LVEM 5
TEM
Graphene
Particles on lacey carbon
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Graphene Graphene
LVEM 5
TEM
Graphene
Particles on lacey carbon
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Graphene Graphene
LVEM 5
TEM
Graphene Oxide Crystal
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Graphene Oxide Crystal Graphene Oxide Crystal
LVEM 5
TEM
Graphene Oxide Crystal
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Graphene Oxide Crystal Graphene Oxide Crystal
LVEM 5
TEM
Graphene Oxide Crystal
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Graphene Oxide Crystal Graphene Oxide Crystal
LVEM 5
TEM
Graphene Oxide Crystal
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Graphene Oxide Crystal Graphene Oxide Crystal
LVEM 5
TEM
Protein-Bound Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Protein-Bound Nanoparticles Protein-Bound Nanoparticles
LVEM 5
TEM
Protein-Bound Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Protein-Bound Nanoparticles Protein-Bound Nanoparticles
LVEM 5
TEM
Protein-Bound Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Protein-Bound Nanoparticles Protein-Bound Nanoparticles
LVEM 5
TEM
Protein-Bound Nanoparticles
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Protein-Bound Nanoparticles Protein-Bound Nanoparticles
LVEM 5
SEM
Polymer with Carbon Fiber
Carbon fiber composite material
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Polymers
Polymer with Carbon Fiber Polymer with Carbon Fiber
LVEM 5
SEM
Polymer with Carbon Fiber
Carbon fiber composite material
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Polymers
Polymer with Carbon Fiber Polymer with Carbon Fiber
LVEM 5
SEM
Polymer with Carbon Fiber
Carbon fiber composite material
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Polymers
Polymer with Carbon Fiber Polymer with Carbon Fiber
LVEM 5
SEM
Polymer with Carbon Fiber
Carbon fiber composite material
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Polymers
Polymer with Carbon Fiber Polymer with Carbon Fiber
LVEM 5
SEM
Opal Structure
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Opal Structure Opal Structure
LVEM 5
SEM
Opal Structure
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Opal Structure Opal Structure
LVEM 5
SEM
Opal Structure
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Opal Structure Opal Structure
LVEM 5
SEM
Opal Structure
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Opal Structure Opal Structure
LVEM 5
SEM
Opal Structure
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Opal Structure Opal Structure
LVEM 5
SEM
Opal Structure
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Opal Structure Opal Structure
LVEM 5
SEM
Opal Structure
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Opal Structure Opal Structure
LVEM 5
SEM
Opal Structure
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Opal Structure Opal Structure
LVEM 5
SEM
Kettle Limescale
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Kettle Limescale Kettle Limescale
LVEM 5
SEM
Kettle Limescale
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Kettle Limescale Kettle Limescale
LVEM 5
SEM
Kettle Limescale
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Kettle Limescale Kettle Limescale
LVEM 5
SEM
Kettle Limescale
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Kettle Limescale Kettle Limescale
LVEM 5
SEM
Kettle Limescale
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Kettle Limescale Kettle Limescale
LVEM 5
SEM
Kettle Limescale
Non coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Chemistry
Kettle Limescale Kettle Limescale
LVEM 5
TEM
Mg Sulfonate
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Chemistry
Mg Sulfonate Mg Sulfonate
LVEM 5
TEM
Mg Sulfonate
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Chemistry
Mg Sulfonate Mg Sulfonate
LVEM 5
TEM
Mg Sulfonate
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Chemistry
Mg Sulfonate Mg Sulfonate
LVEM 5
TEM
Mg Sulfonate
Particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Chemistry
Mg Sulfonate Mg Sulfonate
LVEM 5
TEM
Proteasome
Stained particles on carbon film
Proteasomes purified from a Thermus thermophilus archeal lysate, negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Proteasome Proteasome
LVEM 5
TEM
Proteasome
Stained particles on carbon film
Proteasomes purified from a Thermus thermophilus archeal lysate, negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Proteasome Proteasome
LVEM 5
TEM
Proteasome
Stained particles on carbon film
Proteasomes purified from a Thermus thermophilus archeal lysate, negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Proteasome Proteasome
LVEM 5
TEM
Proteasome
Stained particles on carbon film
Proteasomes purified from a Thermus thermophilus archeal lysate, negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Proteasome Proteasome
LVEM 5
TEM
Proteasome
Stained particles on carbon film
Proteasomes purified from a Thermus thermophilus archeal lysate, negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Proteasome Proteasome
LVEM 5
TEM
Proteasome
Stained particles on carbon film
Proteasomes purified from a Thermus thermophilus archeal lysate, negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Proteasome Proteasome
LVEM 5
TEM
Proteasome
Stained particles on carbon film
Proteasomes purified from a Thermus thermophilus archeal lysate, negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Proteasome Proteasome
LVEM 5
TEM
Proteasome
Stained particles on carbon film
Proteasomes purified from a Thermus thermophilus archeal lysate, negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Proteasome Proteasome
LVEM 5
TEM
Liposomes
Stained particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Liposomes Liposomes
LVEM 5
TEM
Liposomes
Stained particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Liposomes Liposomes
LVEM 5
TEM
Liposomes
Stained particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Liposomes Liposomes
LVEM 5
TEM
Liposomes
Stained particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Liposomes Liposomes
LVEM 5
TEM
Liposomes
Stained particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Liposomes Liposomes
LVEM 5
TEM
Liposomes
Stained particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Liposomes Liposomes
LVEM 5
TEM
Liposomes
Stained particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Liposomes Liposomes
LVEM 5
TEM
Liposomes
Stained particles on carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
Liposomes Liposomes
LVEM 5
TEM
Liposome Polymer
Stained particles on carbon film
Gadolinium loaded liposome polymer-DNA complexes
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Liposome Polymer Liposome Polymer
LVEM 5
TEM
Liposome Polymer
Stained particles on carbon film
Gadolinium loaded liposome polymer-DNA complexes
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Liposome Polymer Liposome Polymer
LVEM 5
TEM
Liposome Polymer
Stained particles on carbon film
Gadolinium loaded liposome polymer-DNA complexes
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Liposome Polymer Liposome Polymer
LVEM 5
TEM
Liposome Polymer
Stained particles on carbon film
Gadolinium loaded liposome polymer-DNA complexes
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Liposome Polymer Liposome Polymer
LVEM 5
TEM
Plasmids
Particles on carbon film
Shadowed
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Plasmids Plasmids
LVEM 5
TEM
Adenovirus
Particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Ultrathin stained section
A cell infected by adenovirus
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Ultrathin stained section
A cell infected by adenovirus
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Ultrathin stained section
A cell infected by adenovirus
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Ultrathin stained section
A cell infected by adenovirus
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Ultrathin stained section
A cell infected by adenovirus
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Ultrathin stained section
A cell infected by adenovirus
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adenovirus
Ultrathin stained section
A cell infected by adenovirus
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adenovirus Adenovirus
LVEM 5
TEM
Adeno-Associated Virus
Stained particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adeno-Associated Virus Adeno-Associated Virus
LVEM 5
TEM
Adeno-Associated Virus
Stained particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adeno-Associated Virus Adeno-Associated Virus
LVEM 5
TEM
Adeno-Associated Virus
Stained particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adeno-Associated Virus Adeno-Associated Virus
LVEM 5
TEM
Adeno-Associated Virus
Stained particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Adeno-Associated Virus Adeno-Associated Virus
LVEM 5
TEM
Norovirus
Stained particles on carbon film
Negative stained murine virus on quantifoil
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Norovirus Norovirus
LVEM 5
TEM
Norovirus
Stained particles on carbon film
Negative stained murine virus on quantifoil
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Norovirus Norovirus
LVEM 5
TEM
Norovirus
Stained particles on carbon film
Negative stained murine virus on quantifoil
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Norovirus Norovirus
LVEM 5
TEM
Norovirus
Stained particles on carbon film
Negative stained murine virus on quantifoil
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Norovirus Norovirus
LVEM 5
TEM
BK virus
Stained particles on carbon film
Virus stained with 2% UAc on Thick (EMS) and thin (KS C6) carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
BK virus BK virus
LVEM 5
TEM
BK virus
Stained particles on carbon film
Virus stained with 2% UAc on Thick (EMS) and thin (KS C6) carbon film
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
BK virus BK virus
LVEM 5
TEM
Bacteriophage
Stained particles on carbon film
Virus negative stained by 2% of UA
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Bacteriophage Bacteriophage
LVEM 5
TEM
Bacteriophage
Stained particles on carbon film
Virus negative stained by 2% of UA
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Bacteriophage Bacteriophage
LVEM 5
TEM
Bacteriophage
Stained particles on carbon film
Virus negative stained by 2% of UA
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Bacteriophage Bacteriophage
LVEM 5
TEM
Bacteriophage
Stained particles on carbon film
Virus negative stained by 2% of UA
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Bacteriophage Bacteriophage
LVEM 5
TEM
Bacteriophage
Negative stained section
Microscope: LVEM5
Imaging Mode: TEM
Applications: Virology
Bacteriophage Bacteriophage
LVEM 5
TEM
Bacteriophage
Negative stained section
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Bacteriophage Bacteriophage
LVEM 5
TEM
Tobacco Mosaic Virus
Stained particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Tobacco Mosaic Virus Tobacco Mosaic Virus
LVEM 5
TEM
Tobacco Mosaic Virus
Stained particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Tobacco Mosaic Virus Tobacco Mosaic Virus
LVEM 5
TEM
Tobacco Mosaic Virus
Stained particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Tobacco Mosaic Virus Tobacco Mosaic Virus
LVEM 5
TEM
Tobacco Mosaic Virus
Stained particles on carbon film
Negative stained
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Tobacco Mosaic Virus Tobacco Mosaic Virus
LVEM 5
TEM
Kidney
Stained section
Point of interest: nucleus
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Kidney Kidney
LVEM 5
TEM
Kidney
Stained section
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Kidney Kidney
LVEM 5
TEM
Kidney
Stained section
Point of interest: leukocyte in capilary
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Kidney Kidney
LVEM 5
TEM
Kidney
Stained section
Point of interest: leukocyte in capilary
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Kidney Kidney
LVEM 5
TEM
Kidney
Stained section
Fixed by OsO4, point of interest: section microtubules (citas) in various orientation
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Kidney Kidney
LVEM 5
TEM
Kidney
Stained section
Fixed by OsO4, point of interest: section microtubules (citas) in various orientation
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Kidney Kidney
LVEM 5
TEM
Kidney
Stained section
Fixed by OsO4, point of interest: section microtubules (citas) in various orientation
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Kidney Kidney
LVEM 5
TEM
Murine Heart Muscle
Ultrathin section
Fixed by OsO4, point of interest: mitochondrias and muscle fibres
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Murine Heart Muscle Murine Heart Muscle
LVEM 5
TEM
Murine Heart Muscle
Ultrathin section
Fixed by OsO4, point of interest: mitochondrias and muscle fibres
Microscope: LVEM5
Imaging Mode: TEM
Applications: Pathology
Murine Heart Muscle Murine Heart Muscle
LVEM 5
TEM
Murine Heart Muscle
Ultrathin section
Fixed by OsO4, point of interest: mitochondrias and muscle fibres
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Murine Heart Muscle Murine Heart Muscle
LVEM 5
TEM
Murine Heart Muscle
Ultrathin section
Fixed by OsO4, point of interest: mitochondrias and muscle fibres
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Murine Heart Muscle Murine Heart Muscle
LVEM 5
TEM
Rat Muscle
Stained section
Point of interest: structure of myofibrils and mitochondria
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Rat Muscle Rat Muscle
LVEM 5
TEM
Rat Brain
Stained section
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Rat Brain Rat Brain
LVEM 5
TEM
Rat Brain
Stained section
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Rat Brain Rat Brain
LVEM 5
SEM
Pollen Grains
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains Pollen Grains
LVEM 5
SEM
Pollen Grains
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains Pollen Grains
LVEM 5
SEM
Pollen Grains
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains Pollen Grains
LVEM 5
SEM
Pollen Grains
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains Pollen Grains
LVEM 5
SEM
Pollen Grains (Forsythia)
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Forsythia) Pollen Grains (Forsythia)
LVEM 5
SEM
Pollen Grains (Forsythia)
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Forsythia) Pollen Grains (Forsythia)
LVEM 5
SEM
Pollen Grains (Forsythia)
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Forsythia) Pollen Grains (Forsythia)
LVEM 5
SEM
Pollen Grains (Forsythia)
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Pollen Grains (Forsythia) Pollen Grains (Forsythia)
LVEM 5
SEM
Pollen Grains (Forsythia)
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Pollen Grains (Forsythia) Pollen Grains (Forsythia)
LVEM 5
SEM
Pollen Grains (Forsythia)
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Pollen Grains (Forsythia) Pollen Grains (Forsythia)
LVEM 5
SEM
Pollen Grains (Narcissus)
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Pollen Grains (Narcissus) Pollen Grains (Narcissus)
LVEM 5
SEM
Pollen Grains (Narcissus)
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Pollen Grains (Narcissus) Pollen Grains (Narcissus)
LVEM 5
SEM
Butterfly
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Butterfly Butterfly
LVEM 5
SEM
Butterfly
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Butterfly Butterfly
LVEM 5
SEM
Butterfly
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Butterfly Butterfly
LVEM 5
SEM
Butterfly
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Butterfly Butterfly
LVEM 5
SEM
Horse Tail
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Horse Tail Horse Tail
LVEM 5
SEM
Horse Tail
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Horse Tail Horse Tail
LVEM 5
SEM
Horse Tail
Particles on carbon film
Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Biology
Horse Tail Horse Tail
LVEM 5
TEM
ZnO in Yoghurt
Particles on carbon film
ZnO nanoparticles in Yoghurt
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
ZnO in Yoghurt ZnO in Yoghurt
LVEM 5
SEM
TiMoAl
Particles on stub
BSE. Uncoated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
TiMoAl TiMoAl
LVEM 5
TEM
TiMoAl
Particles on carbon film
diluted by IPA
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
TiMoAl TiMoAl
LVEM 5
ED
TiMoAl
Electron difraction
Microscope: LVEM5
Imaging Mode: ED
Applications: Nanomaterials
TiMoAl TiMoAl
LVEM 5
TEM
TiSiO4 Nanoparticles
Particles on carbon film
Nanoparticles in flour
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
TiSiO4 Nanoparticles TiSiO4 Nanoparticles
LVEM 5
TEM
TiSiO4 Nanoparticles
Particles on stub
Nanoparticles in flour
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
TiSiO4 Nanoparticles TiSiO4 Nanoparticles
LVEM 5
SEM
Diatoms
Particles on stub
BSE. River sediment of diatoms and stones, uncoated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
Diatoms Diatoms
LVEM 5
SEM
Diatoms
Particles on stub
BSE. River sediment of diatoms and stones, uncoated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
Diatoms Diatoms
LVEM 5
SEM
Diatoms
Particles on stub
BSE. River sediment of diatoms and stones, gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
Diatoms Diatoms
LVEM 5
SEM
Diatoms
Particles on stub
BSE. River sediment of diatoms and stones, gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Nanomaterials
Diatoms Diatoms
LVEM 5
TEM
Silica
Particles on carbon film
Spherical nanoparticles 22 nm
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Silica Silica
LVEM 5
TEM
Silica
Particles on carbon film
Spherical nanoparticles 22 nm
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Silica Silica
LVEM 5
TEM
Carbon Nanotubes
Particles on carbon film
Uncoated
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Carbon Nanotubes Carbon Nanotubes
LVEM 5
TEM
Carbon Nanotubes
Particles on carbon film
Uncoated
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Carbon Nanotubes Carbon Nanotubes
LVEM 5
TEM
Carbon Nanotubes
Particles on stub
Uncoated
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
Carbon Nanotubes Carbon Nanotubes
LVEM 5
TEM
CdSe/ZnS Quantum Dots
Particles on carbon film
Core covered by a gradient ZnS shell
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
CdSe/ZnS Quantum Dots CdSe/ZnS Quantum Dots
LVEM 5
TEM
CdSe/ZnS Quantum Dots
Particles on carbon film
Core covered by a gradient ZnS shell
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
CdSe/ZnS Quantum Dots CdSe/ZnS Quantum Dots
LVEM 5
TEM
CdSe/CdS Quantum Dots
Particles on carbon film
CdSe core with CdS shell covered with oleic acid ligands attached to the surface
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
CdSe/CdS Quantum Dots CdSe/CdS Quantum Dots
LVEM 5
TEM
CdSe/CdS Quantum Dots
Particles on carbon film
CdSe core with CdS shell covered with oleic acid ligands attached to the surface
Microscope: LVEM5
Imaging Mode: TEM
Applications: Nanomaterials
CdSe/CdS Quantum Dots CdSe/CdS Quantum Dots
LVEM 5
SEM
Au grid 300nm
TEM grid
BSE. Point of interest: newly produced TEM grids quality
Microscope: LVEM5
Imaging Mode: SEM
Applications: Inspection
Au grid 300nm Au grid 300nm
LVEM 5
SEM
Au grid 300nm
TEM grid
BSE. Point of interest: newly produced TEM grids quality
Microscope: LVEM5
Imaging Mode: SEM
Applications: Inspection
Au grid 300nm Au grid 300nm
LVEM 5
SEM
Au grid 200nm
TEM grid
BSE. Point of interest: newly produced TEM grids quality
Microscope: LVEM5
Imaging Mode: SEM
Applications: Inspection
Au grid 200nm Au grid 200nm
LVEM 5
SEM
Au grid 300nm
TEM grid
BSE. Point of interest: newly produced TEM grids quality
Microscope: LVEM5
Imaging Mode: SEM
Applications: Inspection
Au grid 300nm Au grid 300nm
LVEM 5
TEM
80S Ribosomes
Stained particles on carbon film
Negative stained human 80S ribosomes
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
lvem5 191 lvem5 191
LVEM 5
TEM
80S Ribosomes
Stained particles on carbon film
Negative stained human 80S ribosomes
Microscope: LVEM5
Imaging Mode: TEM
Applications: Biochemistry
80S Ribosomes 80S Ribosomes
LVEM 5
SEM
Pollen Grains (Hibiscus)
Particles on stub
BSE. Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Hibiscus) Pollen Grains (Hibiscus)
LVEM 5
SEM
Pollen Grains (Hosta)
Particles on stub
BSE. Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Hosta) Pollen Grains (Hosta)
LVEM 5
SEM
Pollen Grains (Lily)
Particles on stub
BSE. Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Lily) Pollen Grains (Lily)
LVEM 5
SEM
Pollen Grains (Chicory)
Particles on stub
BSE. Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Chicory) Pollen Grains (Chicory)
LVEM 5
SEM
Pollen Grains (Lupine)
Particles on stub
BSE. Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Lupine) Pollen Grains (Lupine)
LVEM 5
SEM
Pollen Grains (Phlox)
Particles on stub
BSE. Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Phlox) Pollen Grains (Phlox)
LVEM 5
SEM
Pollen Grains (Viburnum)
Particles on stub
BSE. Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Viburnum) Pollen Grains (Viburnum)
LVEM 5
SEM
Pollen Grains (Daisy)
Particles on stub
BSE. Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen Grains (Daisy) Pollen Grains (Daisy)
LVEM 5
SEM
Pollen grains (Rabelera)
Particles on stub
BSE. Gold coated
Microscope: LVEM5
Imaging Mode: SEM
Applications: Botany
Pollen grains (Rabelera) Pollen grains (Rabelera)

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