Curated Data based on Instance of Characterization
As Received
 
Nanomaterial State:
liquid suspension
Manufacturer:
Nanocomposix
Product Name:
NC10
  • Physico-Chemical Characteristics
  • biological interactions
  • Environmental interactions
Composition
graph
CORE (hover over circle for proportion of material)
arrow Proportion of Nanomaterial:    Not reported
Component 1
Material Type:
metal
Molecular Identity:
Ag

In Vivo Study 1; Freshwater Cladoceran

Test Subject
Test Subject 1:
Animal Type: Aquatic - freshwater: insect
Common Name: freshwater cladoceran
Species: Daphnia magna
Age: 24 days
General Study Details
General:
Test Location: laboratory
Controls Used/Reported: Positive, Negative
Standard Protocol Used: Toxicity Bioassays
Exposure Summary
General:
Method of Exposure: inoculation
Acute or Chronic Exposure: Acute exposure
LC50: 5.4 µg/L
Duration of Exposure / Incubation Time: 48 hours
Endpoint
Toxicity:
Mortality: Reported Quantitatively

In Vivo Study 2; Fathead Minnow

Test Subject
Test Subject 1:
Animal Type: Aquatic - freshwater: fish
Common Name: fathead minnow
Species: Pimephales promelas
Age: 1 days
General Study Details
General:
Test Location: laboratory
Controls Used/Reported: Positive, Negative
Standard Protocol Used: Toxicity Bioassay
Exposure Summary
General:
Method of Exposure: inoculation
Acute or Chronic Exposure: Acute exposure
LC50: 41 µg/L
Duration of Exposure / Incubation Time: 48 hours
Endpoint
Toxicity:
Mortality: Detected Quantitatively
As Processed A
 
Nanomaterial State:
powder
Manufacturer:
Nanocomposix
Processing Type:
dried
  • Physico-Chemical Characteristics
  • biological interactions
  • Environmental interactions
Particle Size

Diameter:
10 nm
Transmission Electron Microscopy
Shape

Nanoscale Dimensionality:
3D
Transmission Electron Microscopy
As Processed B
 
Nanomaterial State:
liquid suspension
Manufacturer:
Nanocomposix
Processing Type:
suspended
  • Physico-Chemical Characteristics
  • biological interactions
  • Environmental interactions
Particle Size

Diameter:
19 nm
Field Flow Fractionation
Surface Charge

Zeta Potential:
-21 mV +/- 2 mV
Electrophoretic Light Scattering
Electrophoretic Mobility:
-1.7 m^2/(v*s) +/- 0.1 m^2/(v*s)
Electrophoretic Light Scattering
As Processed C
 
Time Point:
5 minutes
Nanomaterial State:
liquid suspension
Manufacturer:
Nanocomposix
Processing Type:
diluted
  • Physico-Chemical Characteristics
  • biological interactions
  • Environmental interactions
Surface Charge

Electrophoretic Mobility:
0.4 m^2/(v*s) +/- 0.3 m^2/(v*s)
Electrophoretic Light Scattering
Zeta Potential:
5 mV +/- 4 mV
Electrophoretic Light Scattering
As Processed D
 
Time Point:
24 hours
Predecessor:
As Processed C
Nanomaterial State:
liquid suspension
Manufacturer:
Nanocomposix
Processing Type:
diluted
  • Physico-Chemical Characteristics
  • biological interactions
  • Environmental interactions
Particle Size

PDI (size):
0.22
Dynamic Light Scattering
Mean Hydrodynamic Diameter:
Intensity Weighted:
121 - 153 nm
Dynamic Light Scattering
Mean Hydrodynamic Diameter:
Intensity Weighted:
388 - 520 nm
Dynamic Light Scattering
Size Distribution

Modality:
Bimodal
Dynamic Light Scattering
Surface Charge

Electrophoretic Mobility:
-0.6 m^2/(v*s) +/- 0.2 m^2/(v*s)
Electrophoretic Light Scattering
Zeta Potential:
-8 mV +/- 3 mV
Electrophoretic Light Scattering
As Processed E
 
Time Point:
24 hours
Nanomaterial State:
liquid suspension
Manufacturer:
Nanocomposix
Processing Type:
suspended
  • Physico-Chemical Characteristics
  • biological interactions
  • Environmental interactions
Particle Size

PDI (size):
0.39
Dynamic Light Scattering
Mean Hydrodynamic Diameter:
Intensity Weighted:
85 nm +/- 4 mV
Dynamic Light Scattering
Mean Hydrodynamic Diameter:
Intensity Weighted:
9 - 28 nm
Dynamic Light Scattering
Mean Hydrodynamic Diameter:
Intensity Weighted:
116 - 374 nm
Dynamic Light Scattering
Size Distribution

Modality:
Bimodal
Dynamic Light Scattering
Aggregation/Agglomeration State

State:
Aggregated

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