615 Free Images of Magnification

plants corn maize poaceae zea mays poales microscopic images of zea mays seeds glass zoom search

cross section: Zea mays embryo
common name: corn grain
magnification: 40x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 100x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 200x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 100x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 100x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 100x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 40x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 200x
Triarch quadruple stain

Magnifying

Microscope

medicine science

cross section: Zea may embryo
common name: corn grain
magnification: 100x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 200x
Triarch quadruple stain

Lookout look binocs

cross section: Zea may embryo
common name: corn grain
magnification: 40x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 40x
Triarch quadruple stain

Loupe

cross section: Zea may embryo
common name: corn grain
magnification: 200x by phase contrast
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 40x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 400x by phase contrast
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 40x
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 400x by phase contrast
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 200x by phase contrast
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 100x by phase contrast
Triarch quadruple stain

Target glass detective

cross section: Zea may embryo
common name: corn grain
magnification: 200x by phase contrast
Triarch quadruple stain

cross section: Zea may embryo
common name: corn grain
magnification: 200x by phase contrast
Triarch quadruple stain

Arrow statistics analysis

Magnifying

detective glass

cross section: Zea may embryo
common name: corn grain
magnification: 100x by phase contrast
Triarch quadruple stain

Equipment aperture background

background technology

Sony alpha 7 sony alpha 7

technology camera

cross section: Zea may embryo
common name: corn grain
magnification: 100x
Triarch quadruple stain

Craters surface telescope

Espionage observation see

Object lens tool

Espionage observation see

Information embassies events

Fingerprint search with magnification

Ice snow crystals water crystals

Green Tree Ant at two times life size magnification.

Sugar crystal miserliness stingy

Calcium Oxalate crystals in onion. Crystals known as druse. 100 x magnification

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Glass items lens instrument

science desktop

Ice crystal snow crystals water crystals

Kassel fulda shore river

landscape sculpture

Kassel fulda shore river

landscape sculpture

Ice snow crystals water crystals

cross section: Zea stem
magnification: 400x

There is no apparent stele, rather the vascular bundles are scattered throughout the cortex with numerous small bundles crowded nearly the periphery of the

cross section: Zea stem
magnification: 40x

A single layered, cutinized epidermis overlies an interior composed entirely of cortical tissues. Within the cortex a few layers of sclerenchyma can be seen

cross section: Zea
magnification: 100x

A single layered, cutinized epidermis overlies an interior composed entirely of cortical tissues. Within the cortex a few layers of sclerenchyma can be seen ju

cross section; Zea stem
magnification: 100x

A single layered, cutinized epidermis overlies an interior composed entirely of cortical tissues. Within the cortex a few layers of sclerenchyma can be see

Magnifying glass investigation worldwide

magnifying glass internet

cross section: Zea root
common name: Corn
magnification: 400x

The inmost area of the cortex is bounded by an endodermis of elongated cells whose walls show a narrow band of suberization, marking the

Magnifying lens

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 400x

A cortex of parenchyma cells is separated from the stele by a well defined starch sheath. Immediately interior to the

pelargoniums plants

cross section: Zea stem
magnification: 40x

A single layered, cutinized epidermis overlies an interior composed entirely of cortical tissues. Within the cortex a few layers of sclerenchyma can be seen

Photo camera focal length aperture

technology glass

cross section: Zea root
common name: Corn
magnification: 40x

The epidermis consists of a single layer of barrel shaped cells with no apparent cuticle. Root hairs appear as unicellular extensions of e

long section: Zea mays
magnification: 100x

A narrow, single layerd and heavily cutinized epidermis overlies several layers of heavy walled red stainig sclerenchyma.
The cortical region is composed e

Cross section: Zea prop root
common name: Corn
Magnification: 100x

The epidermis consists of a single layer of thin horizontally flattened cells that lacks a cuticle. Root hairs appear as unicellular

Cross section: Zea prop root
common name: Corn
Magnification: 40x

The epidermis consists of a single layer of thin horizontally flattened cells that lacks a cuticle. Root hairs appear as unicellular

long section: Zea mays
magnification: 100x

A narrow, single layerd and heavily cutinized epidermis overlies several layers of heavy walled red stainig sclerenchyma.
The cortical region is composed e

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long section: Zea mays
magnification: 40x

A narrow, single layerd and heavily cutinized epidermis overlies several layers of heavy walled red stainig sclerenchyma.
The cortical region is composed en

cross section: Zea stem
magnification: 400x

There is no apparent stele, rather the vascular bundles are scattered throughout the cortex with numerous small bundles crowded nearly the periphery of the

Grapevine wine leaf mirroring

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
A cortex of pa

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Pathogens microscopy electron microscopy

cross section: zea stem
magnification: 400x

A single layered, cutinized epidermis overlies an interior composed entirely of cortical tissues. Within the cortex a few layers of sclerenchyma can be see

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 40x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Magnifier

detective glass

long section: Zea mays
magnification: 100x

A narrow, single layerd and heavily cutinized epidermis overlies several layers of heavy walled red stainig sclerenchyma.
The cortical region is composed e

long section: Zea mays
magnification: 400x

A narrow, single layerd and heavily cutinized epidermis overlies several layers of heavy walled red stainig sclerenchyma.
The cortical region is composed e

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Magnifying lens

Magnifier

Voice announcement communication

cross section: Richinus stem
magnification: 400x

Xylem is endarch with protoxylem found towards center of stem and younger metaxylem towards the periphery of the stem. Phloem is endarch but modest an

castor oil plant plants

long section: Zea mays
magnification: 400x

A narrow, single layerd and heavily cutinized epidermis overlies several layers of heavy walled red stainig sclerenchyma.
The cortical region is composed e

Astrophotography satellite space

cross section: Nerium leaf
common name: Oleander
magnification: 400x
Both the adaxial and abaxial epidermis in Nerium are multiseriate, being composed of up to three layers of compactly arranged cells

apocynaceae plants

cross section: Nerium leaf
common name: Oleander
magnification: 400x
Vascular bundles of the blade and midrib and smaller are closed and collateral with xylem towards the adaxial surface and phloem to

apocynaceae plants

cross section: Richinus stem
magnification: 100x
Like many herbaceous dicots, Richinus is capable of a small amount of secondary growth.
The epidermis in Richinus consists of a single layer of well cu

castor oil plant plants

cross section: Richinus stem
common name: castor bean
magnification: 100x
Like many herbaceous dicots, Richinus is capable of a small amount of secondary growth.
The epidermis in Richinus consists of

castor oil plant plants

cross section: Richinus stem
common name: castor bean
magnification: 40x
Like many herbaceous dicots, Richinus is capable of a small amount of secondary growth.
The epidermis in Richinus consists of a

castor oil plant plants

cross section: Richinus stem
magnification: 100x
Like many herbaceous dicots, Richinus is capable of a small amount of secondary growth.
The epidermis in Richinus consists of a single layer of well cu

cross section: Richinus stem
common name: castor bean
magnification: 40x
Like many herbaceous dicots, Richinus is capable of a small amount of secondary growth.
The epidermis in Richinus consists of a

cross section: Acorus calamus
common name: Sweet Flag
magnification: 400x

The rhizomes, or horizontal stems, of Acorus are notable for their accumulation of aromatic medicinal oils.
The well cutiniz

osteichthyes perciformes

cross section: Acorus calamus
common name: Sweet Flag
magnification: 100x

The rhizomes, or horizontal stems, of Acorus are notable for their accumulation of aromatic medicinal oils.
The well cutiniz

osteichthyes perciformes

cross section: Zea root
common name: Corn
magnification: 100x

The epidermis consists of a single layer of barrel shaped cells with no apparent cuticle. Root hairs appear as unicellular extensions of

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