Scanning Electron Microscopy
Overview
Scanning Electron Microscopy is a scientific journal, published since 1968 in English. The journal's country of origin is United States and its primary focus area is radiology.
Details
Details
Abbr.
Scan Electron Microsc
Start
1968
End
1986
Frequency
Quarterly, 1980-1986
p-ISSN
0586-5581
Country
United States
Language
English
Specialty
Radiology
Recent Articles
1.
Wiederhold M, Sheridan C, Smith N
Scan Electron Microsc
. 1986 Jan;
(Pt 2):781-92.
PMID: 11539732
The gravity sensors of all molluscs phylogenetically below the cephalopods are spherical organs called statocysts. The wall of the sphere contains mechanosensory cells whose sensory cilia project into the lumen...
2.
SPANGENBERG D
Scan Electron Microsc
. 1986 Jan;
(Pt 4):1609-16; discussion 1616-8.
PMID: 11539690
Statolith formation in Cnidaria was reviewed with an emphasis on Aurelia statoliths. The review provides information on the chemical composition, mechanisms of initiation of mineralization, and effects of environmental factors...
3.
Deganello S
Scan Electron Microsc
. 1986 Jan;
(Pt 4):1721-8.
PMID: 3810035
The phase changes calcium oxalate trihydrate-weddellite, weddellite-calcium oxalate monohydrate and calcium oxalate trihydrate-whewellite are individually examined at the atomic level from a theoretical point of view; concomitantly the topological requirements...
4.
Sanders G, Hesse A, Leusmann D
Scan Electron Microsc
. 1986 Jan;
(Pt 4):1713-20.
PMID: 3810034
Infrared spectroscopy of feline urinary stones revealed that struvite was the main constituent in 77.6% of all concrements. However, only in 30.8% (16/52) of struvite stone patients were any infections...
5.
Hesse A, Sanders G, Leusmann D
Scan Electron Microsc
. 1986 Jan;
(Pt 4):1705-12.
PMID: 3810033
Infrared spectroscopic analysis of 741 canine urinary calculi revealed that struvite stones, 58% of the total, were the ones most commonly to be found. Cystine stone disease, 21%, is also...
6.
Ross M, Donovan K
Scan Electron Microsc
. 1986 Jan;
(Pt 4):1695-704.
PMID: 3810032
This paper reviews previous findings and introduces new material about otolith end organs that help us to understand their functioning and development. In particular, we consider the end organs as...
7.
Erway L, Purichia N, Netzler E, Damore M, Esses D, Levine M
Scan Electron Microsc
. 1986 Jan;
(Pt 4):1681-94.
PMID: 3810031
Published studies indicate that genes and dietary manganese deficiency cause vestibular defects and ataxic behaviors. Manganese deficiency during development causes otoconial defects in mice, rats, guinea pigs, and chicks. Mutant...
8.
Ballarino J, Howland H
Scan Electron Microsc
. 1986 Jan;
(Pt 4):1667-80.
PMID: 3810030
Otolith formation was studied in a mutant strain of low-fertility Delaware chicks which exhibit an otolithic defect. In all chicks of this strain, otoliths were present as a fused crystal...
9.
Sokolowski B
Scan Electron Microsc
. 1986 Jan;
(Pt 4):1635-48.
PMID: 3810029
The development of the saccular otolith and the otolithic membrane was studied in the toadfish (Opsanus tau) using scanning and transmission electron microscopy. Development of the saccular otolith and its...
10.
Krause D, Carlson S
Scan Electron Microsc
. 1986 Jan;
(Pt 4):1591-607.
PMID: 3810028
The enamel ultrastructure of multituberculate mammals has been sampled extensively and studied intensively and is better known than for any other group of early mammals. The enamel of the earliest...