(浦項工科大学 内 バイオプラス
'NANOVERTM' 抜純)
[説明]
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PC12cells(Neuronal
cells) 悪性腫瘍細胞と SP2cells(Bcells)癌細胞を テストした結果 ppm
前後で急激に悪性腫瘍細胞と癌細胞が死に始めて10ppmでほとんどすべての癌細胞が死ぬことを確認することができます.
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[説明]
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10ppm
濃度で癌細胞が死滅したことを見せてくれる光学写真
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NANOVERTM
has strong antimicrobial
efficacy against various
microorganisms. The table
shows the value of the minimal
inhibitory concentration
(MIC) of each NANOVERTM
SCV-WA series type
to inhibit the fission or
multiplication of each micro-organism.
The other types are presumably
equal. The MIC is defined
as the lowest concentration
of NANOVERTM that
completely inhibits the
growth of microoganisms.
MIC of NANOVERTM
to various microorganisms[unit:
μg/ml]
Bacteria |
characteristies
|
MIC for NANOVERTM
SCV-WA |
Esherichia coli
ATCC 25922 |
The
pollution
indicator
of
food
and
drinking
water
|
10 |
Esherichia coli
0157 |
The
bacteria
to
cause
food
poisoning
by
producing
velo
toxin
|
10
|
|
Pseudomonas
aeruginosa
ATCC27853
|
The
bacteria
to
cause
the
decay
of
fishes
and
shells
|
10 |
|
Staphylococcus
aureus
ATCC29213
|
The
bacteria
to
cause
suppuration,
ichoremia
and
food
poisoning,
etc.
|
10 |
|
Non-spore
forming
Bacillus
subtilis
|
The
bacteria
to
cause
the
decay
of
milk,
meat,
etc.
|
10 |
|
Spore
forming
Bacillus
subtilis
|
Tehe
bacteria
to
cause
the
decay
of
milk,
meat,
etc.
|
10 |
|
Salmonella
typhimurium
|
The
bacteria
to
cause
typhoidal
diseases
and
food
poisoning,
etc.
|
10 |
|
MRSA
|
The
bacteria
to
cause
in-hospital
infection
|
10 |
|
Candida
albicans
|
Pathogenic
yeast
to
cause
candidiasis
|
5 |
|
P.
Vulgaris
|
|
5 |
|
Enterococcus
faecalis
ATCC29212
|
|
10 |
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Test
method: Agar-dilution method
defined by NCCLS
Department of Internal Medicine, The Catholic University of Korea
The 54th Conference of The Korean Association of Internal Medicine (2003.10.25)
[説明]
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NANOVERTMが青海苔も死滅させることを見せてくれる光学写真
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[説明]
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NANOVERTM is not Ag ion, but metallic nanoparticles
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| NANOVERTM is not Ag ion, but metallic nanoparticles
The binding energy of Ag core electron of NANOVERTM is higer than Ag bulk (Ag foil) due to
size effect of nanoparticles, which is consistent with the known research results.
In contrast, the binding energy of Ag ion is lower than Ag bulk.
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-->uniform shape and very narrow particle distribution
NANOVERTM (final nanoparticles) consists of several
smaller nanoparticles, called primary nanoparticles.
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TEM image after dilution of NANOVERTM
Final nanoparticles are dissociated into several primary
nanoparticles, which appear such as satellites
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→
Good long-term stability
Absorption band at approx. 400 nm appears due to surface plasmon of silver nanoparticle.
The absorption band appears even after a year and no absorption band shows at longer wavelength
(~ 700 nm) by aggregation of nanoparticles. →
good stability as a function of time
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[설명]
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下の結果で左側には一般人の手を何らの処理なしに微生物培養固体バッジに約
30秒の間接触後, 1日
37度で捨ておいた時手に残存した微生物が生長するデータで,
右の方にはナノ−ボTM
含有手洗浄剤を塗った後結果を確認したことで手洗浄剤抗菌力によって微生物が生長することができないことを分かる
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100℃, 1mm x 1mm
NANOVERTM was coated on Si wafer. Above AFM (atomic force microscopy) image shows no sign of
aggregation → Good dispersion on the surface and good adhesion
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Method : KS K 0693
Sample : dipping in the solution of SCV-WA702 (10 ppm) for 30 min.
Microorganism : Staphylococcus aureus ATCC 6538
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after 10 times washing
(98.2%)
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| [参照事項]: 以外にも多様な Technical
Dataと臨床Dataを持っています.
さまざま理由ですべてあげることはできなかったです.
これを 諒知してください.
もっと詳しい内容を願う方々は会社で直接連絡 望みます.
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