Free Images - SnappyGoat.com- bestof:...Minute structure of the cartilage of Loligo.jpg en Cephalopoda Fig 7 �Minute structure of the cartilage of Loligo from Encyclopædia Britannica 1911 1911-01-01

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Background of mold in the wood of the house.

abstract alloy texture design background.

White jasmine flowers close-up, fresh flowers natural in daylight

CAT scan of human abdomen...man with aneurysm of abdominal aorta

Magnetic resonance images of the brain (MRI brain). Computed resonance imaging of the human brain.

Pine Root C.S. under light mircoscope with white background

The study of plant tissues under the microscope in the laboratory.

Microscope photo of the cells from a young broad bean steam (Vicia faba).

This CT scan presents a top down view of a male patient, clearly showcasing the bone structure of the head including teeth, brain and sinus cavity. The detailed imaging provides a precise cross-sectional analysis, essential for medical diagnostics in radiology

Breast tissue adenocarcinoma immunohistochemistry. Estrogen receptors.

Atopic eczema allergy texture of a patient skin

plant rape flower cross section under light mircoscope with white background

Histological Pancreas human, Liver human, Vermiform appendix human and Kidney Human under the microscope for education.

Composition bouquet of white chrysanthemum flowers and green leaves on an isolated background

The forehead of a woman with problematic skin.

Close-up of small white elderflowers. The flowers are covered with tiny dewdrops. The flowers grow in spring.

$Pyracantha is a genus of thorny evergreen large shrubs in the family Rosaceae, with common names Firethorn or Pyracantha. They are native to an area extending from Southeast Europe east to Southeast Asia, resemble and are related to Cotoneaster, but have serrated leaf margins and numerous thorns (Cotoneaster is thornless).\nPyracanthas are valuable ornamental plants, grown in gardens for their decorative flowers and fruit, often very densely borne. Their dense thorny structure makes them particularly valued in situations where an impenetrable barrier is required. Pyracantha berries are not poisonous as commonly thought; although they are very bitter, they are edible when cooked and are sometimes made into jelly.[2] In the UK and Ireland Pyracantha and the related genus Cotoneaster are valuable sources of nectar when often the bees have little other forage during the June Gap.\nThe plants reach up to six metres tall. The seven species have white flowers and either red, orange, or yellow berries. The flowers are produced during late spring and early summer; the pomes develop from late summer, and mature in late autumn (source Wikipedia).$

Colored plant cells with damages caused by a parasitic animal under the microscope.

Strawberry blossom on a white background.

Cross-section Plant Stem under the microscope for classroom education.

Free Images: "bestof:...Minute structure of the cartilage of Loligo.jpg en Cephalopoda Fig 7 �Minute structure of the cartilage of Loligo from Encyclopædia Britannica 1911 1911-01-01"

Hatra grand temple adapté Britannica 1911.svg

SLNSW 44179 Southern creepercrane moves forward on first ramps before superstructure begins.jpg

EB1911 Cephalopoda Fig. 7.—Minute structure of the cartilage of Loligo.jpg

EB1911 Cephalopoda Fig. 35.—Development of Loligo.jpg

EB1911 Cephalopoda Fig. 27.—Alimentary canal of Loligo sagittata.jpg

EB1911 Cephalopoda Fig. 36.—Section through aboral end of embryo of Loligo.jpg

EB1911 Cephalopoda Fig. 37.—Right and left sections through embryos of Loligo.jpg

EB1911 Cephalopoda Fig. 34.—Diagrams of sections showing the early stage of development of the eye of Loligo.jpg

EB1911 Cephalopoda Fig. 8.—Cartilaginous skeleton of Cephalopoda.jpg

EB1911 Cephalopoda Fig. 9.—Lingual dentition of Cephalopoda.jpg

EB1911 Cephalopoda Fig. 16.—Decapodous Cephalopods.jpg

EB1911 Cephalopoda Fig. 17.—Internal Shells of Cephalopoda.jpg

EB1911 Cephalopoda Fig. 19.—Shell Belemnite.jpg

EB1911 Cephalopoda Fig. 39.—Palaeoctopus Newboldi.jpg

EB1911 Cephalopoda Fig. 38.—Octopodous Cephalopods.jpg

EB1911 Cephalopoda Fig. 20 & Fig. 21—Sepia officinalis & Lohgo.jpg

EB1911 Cephalopoda Fig. 22.—The Argonaut in life.jpg

EB1911 Cephalopoda Fig. 1.— Lateral view of the female Pearly Nautilus.jpg

EB1911 Cephalopoda Fig. 2.—Spirit specimen of female Pearly Nautilus.jpg

EB1911 Cephalopoda Fig. 13.—Nervous system of Nautilus pompilius.jpg

EB1911 Cephalopoda Fig. 15.—Sepia officinalis, L., about ½ natural size.jpg

EB1911 Cephalopoda Fig. 28.—Circulatory and excretory organs of Sepia.jpg

EB1911 Cephalopoda Fig. 29.—Nephridial sacs in Sepia officinalis.jpg

EB1911 Cephalopoda Fig. 12.—Relations of the heart in the Mollusca.jpg

EB1911 Cephalopoda Fig. 6.—Male (upper) and female (lower) specimens of Nautilus pompilius.jpg

EB1911 Cephalopoda Fig. 10.— median antero-posterior section of Nautilus pompilius.jpg

EB1911 Cephalopoda Fig. 14.—Diagrams of Sections of the Eyes of Mollusca.jpg

EB1911 Cephalopoda Fig. 26.—Vertical median antero-posterior section of Sepia officinalis.jpg

EB1911 Cephalopoda Fig. 24.—Male of Ocythoe catenulata, Steenstrup (Octopus carena, Ver.).jpg

EB1911 Cephalopoda Fig. 33.—Horizontal section of the eye of Sepia (Myopsid).jpg

EB1911 Cephalopoda Fig. 3.—Lateral view of the same specimen as that drawn in fig. 2.jpg

EB1911 Cephalopoda Fig. 5.—View of the postero-ventral surface of a male Pearly Nautilus.jpg

EB1911 Cephalopoda Fig. 4.—View of the postero-ventral surface of a female Pearly Nautilus.jpg

EB1911 Cephalopoda Fig. 25.—View of the postero-ventral surface of a male Sepia.jpg

EB1911 Cephalopoda Fig. 23.—Head and circumoral processes of the fore-foot of Onychoteuthis.jpg

EB1911 Cephalopoda Fig. 11.—Relations of the four nephridial sacs, viscero-pericardial sac, heart and large vessels in Nautilus.jpg

EB1911 Cephalopoda Fig. 32.—Lateral view of the nervous centres and nerves of the right side of Octopus vulgaris.jpg

EB1911 Accumulator - Fig 8. - Hart Accumulator.png

EB1911_Carpentry_-_Fig._2_-_Fished_Joint.jpg

EB1911_Carpentry_-_Fig._1_-_Lapped_Joint.jpg

EB1911_Carpentry_-_Fig._6_-_Notching_Joint.jpg

EB1911_Carpentry_-_Fig._8_-_Dovetail_Joint.jpg

EB1911_Carpentry_-_Fig._7_-_Cogging_Joint.jpg

EB1911_Carpentry_-_Fig._9_-_Housing_Joint.jpg

EB1911 - Castle Fig. 6 Chateau Gaillard.jpg

EB1911 Aeronautics - Fig. 1. - Lana's Aeronautical Machine.png

EB1911 Accumulator - Fig 2. Tudor positive plate.png

EB1911 Accumulator - Fig 3. Tudor negative plate.png

EB1911 Algae - Fig. 3.-Chlorophyceae.png

EB1911 Aeronautics - Fig. 4. - Lunardi's Balloon.png