Bed net Resources

Landscaping Reports

Clear cone pressed against a white surface with the opening at the opposite, smaller end plugged with cotton wool. Inside the cone are five resting mosquitoes.
Landscaping Report: WHO Cone bioassay

Landscaping Report: WHO Cone bioassay

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Wind tunnel configuration, showing the twin fluid gravity fed venturi nozzle, the baffled opening for air straightening, opening downwind from the point of atomization and at the rear an extraction fan.
Landscaping Report: Tunnel test

Landscaping Report: Tunnel test

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Three mosquitoes resting on the wall of a mesh fabric
Landscaping Report: I-ACT

Landscaping Report: I-ACT

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Silver, metal frame cage covered in white netting and secured with rubber bands at the corners with mosquitoes inside
Landscaping Report: WHO Wire ball bioassay

Landscaping Report: WHO Wire ball bioassay

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Cone test SOPs

Five mosquitoes inside a paper cup covered in netting for testing
SOP: Cone bioassay

SOP: Cone bioassay

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Tunnel test SOPs

Mosquito cage showing a black metal frame and netting on all sides with a knot in the netting in the front to close the opening. Numerous mosquitoes are inside.
SOP: Tunnel test

SOP: Tunnel test

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Hut trials SOPs

November 2018 spray campaign in Zimbabwe
SOP: Mosquito collections from experimental huts

SOP: Mosquito collections from experimental huts

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Woman holding a rice bowl and wearing a pink hat and grey shirt sitting in house with blue bednet behind her.
SOP: Experimental hut preparation and running

SOP: Experimental hut preparation and running

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Dirt road leading to huts within green foliage
SOP: Removal of ant infestations from experimental huts

SOP: Removal of ant infestations from experimental huts

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Village trial SOPs

Bird's eye view of numerous mosquitoes inside of paper cup covered with transparent netting with a white cotton ball partially inserted into the netting
SOP: Transportation of mosquitoes

SOP: Transportation of mosquitoes

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Entomological sample storage
SOP: Preparation of sugar-soaked cotton wool for feeding adult mosquitoes

SOP: Preparation of sugar-soaked cotton wool for feeding adult mosquitoes

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Chemical durability SOPs

Close up picture of bed net fibers
SOP: Cutting and preserving net samples for chemical analysis

SOP: Cutting and preserving net samples for chemical analysis

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Picture of net fabric
SOP: Methods for monitoring the durability of dual-AI insecticide-treated nets containing a pyrethroid plus chlorfenapyr (CFP)

SOP: Methods for monitoring the durability of dual-AI insecticide-treated nets containing a pyrethroid plus chlorfenapyr (CFP)

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A piece of mosquito net on a beige background
SOP: Methods for monitoring the durability of dual-AI insecticide-treated nets containing a pyrethroid plus piperonyl butoxide (PBO)

SOP: Methods for monitoring the durability of dual-AI insecticide-treated nets containing a pyrethroid plus piperonyl butoxide (PBO)

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Piece of white mosquito net with dark beige background
SOP: Methods for monitoring the durability of dual-AI insecticide-treated nets containing a pyrethroid plus pyriproxyfen (PPF)

SOP: Methods for monitoring the durability of dual-AI insecticide-treated nets containing a pyrethroid plus pyriproxyfen (PPF)

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Distributing long lasting insecticide-treated nets (LLINs) in Ethiopia
SOP: Net washing for laboratory LLIN trials

SOP: Net washing for laboratory LLIN trials

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Net Distribution In Mwanza, Tanzania 2016
SOP: Net washing for semifield trials

SOP: Net washing for semifield trials

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Anopheles gambiae mosquito feeding on a human finger with bright blue background. Mosquito is diagonal and front facing to the camera.
SOP: Strain characterisation of resistant mosquitoes for monitoring bioefficacy in ITNs treated with two active ingredients (Dual-AI ITNs)

SOP: Strain characterisation of resistant mosquitoes for monitoring bioefficacy in ITNs treated with two active ingredients (Dual-AI ITNs)

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Physical durability SOPs

Silver metal circle with red sandpaper at the centre of the circle.
NIRI SOP: Assessment of Abrasion Resistance of Insecticide-Treated Nets (ITNs)

NIRI SOP: Assessment of Abrasion Resistance of Insecticide-Treated Nets (ITNs)

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Image of blue netting against a black background with a hole in the bottom centre of the net fabric. A silver ruler at the bottom of the image is laid across the diameter of the hole, showing the hole is 3 cm wide.
NIRI SOP: Assessment of Hole Enlargement Resistance in Insecticide-Treated Nets (ITNs)

NIRI SOP: Assessment of Hole Enlargement Resistance in Insecticide-Treated Nets (ITNs)

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Diagram from Figure 1 of Snag Strength NIRI SOP showing a diagonal image of 6 squares with six black loops within each square. An image of a needle is in each of the three left, top squares, each attached to the three loops. A diagonal blue arrow runs from the bottom left of the diagonal grid with the label Wales. A blue arrow runs from top to bottom of the grid labelled Bias. An arrow runs from the bottom right of the grid labelled Courses.
NIRI SOP: Snag Strength Test for Insecticide-Treated Nets (ITNs)

NIRI SOP: Snag Strength Test for Insecticide-Treated Nets (ITNs)

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I-ACT SOPs

Three mosquitoes resting on the wall of a mesh fabric
SOP: Ifakara Ambient Chamber Test (I-ACT)

SOP: Ifakara Ambient Chamber Test (I-ACT)

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Net in tube SOPs

Downward view of mosquitoes resting on the inside of a clear WHO test tube.
SOP: Net in tube bioassay – pyrethroid-chlorfenapyr nets

SOP: Net in tube bioassay – pyrethroid-chlorfenapyr nets

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Wire ball SOPs

Silver, metal frame cage covered in white netting and secured with rubber bands at the corners with mosquitoes inside
SOP: WHO wire ball bioassay

SOP: WHO wire ball bioassay

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Wing length SOPs

Sepia coloured microscopy image of two mosquito wings showing alternating dark and light pattern across the top of the wings, and fibers along the bottom edge of the wings against a ruler
SOP: Dissection and measurement of mosquito wings

SOP: Dissection and measurement of mosquito wings

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