Robert Harding
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A bush cricket on a Rosmary plant. The atrophied wings of Ephippiger species are unfit to flight and only used for the emission of sounds. This one has some parasitic mites on it https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/1350-653.jpg1350-653https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/1350-653/bush-cricket-rosmary-plant-atrophied-wings-ephippiger-species/
1350-653 - A bush cricket on a Rosmary plant. The atrophied wings of Ephippiger species are unfit to flight and only used for the emission of sounds. This one has some parasitic mites on it
A Musca domestica or house fly showing a severe mite infestion; three mites under the subgenal area and two more between labellum and thorax. Those mites show a bright red colour and finger-print like texture https://images.robertharding.com/zoom/RM/RH/VERTICAL/1350-634.jpg1350-634https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/1350-634/musca-domestica-house-fly-showing-severe-mite-infestion/
1350-634 - A Musca domestica or house fly showing a severe mite infestion; three mites under the subgenal area and two more between labellum and thorax. Those mites show a bright red colour and finger-print like texture
Rock grayling (Hipparchia semele) Imago posed in the moor with a red tick on the thorax mimicry of colors, Landes rases Cap d'Erquy, Natural site of the departmental council of Côtes d'Armor, Brittany, France https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-288081.jpg860-288081https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-288081/rock-grayling-hipparchia-semele-imago-posed-moor-red/
860-288081 - Rock grayling (Hipparchia semele) Imago posed in the moor with a red tick on the thorax mimicry of colors, Landes rases Cap d'Erquy, Natural site of the departmental council of Côtes d'Armor, Brittany, France
Research assistants and technicians from the University of Ghana collect dust samples from the living rooms and bedrooms of children in Accra, Ghana. The samples will be analyzed for the presence of dust mites, fungus', and animal allergens to help researchers better understand why children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it. https://images.robertharding.com/zoom/RF/CI/HORIZONTAL/857-37193.jpg857-37193https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/857-37193/research-assistants-technicians-university-ghana-collect-dust-samples/
857-37193 - Research assistants and technicians from the University of Ghana collect dust samples from the living rooms and bedrooms of children in Accra, Ghana. The samples will be analyzed for the presence of dust mites, fungus', and animal allergens to help researchers better understand why children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it.
Research assistants and technicians from the University of Ghana collect dust samples from the living rooms and bedrooms of children in Accra, Ghana. The samples will be analyzed for the presence of dust mites, fungus', and animal allergens to help researchers better understand why children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it. https://images.robertharding.com/zoom/RF/CI/HORIZONTAL/857-37194.jpg857-37194https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/857-37194/research-assistants-technicians-university-ghana-collect-dust-samples/
857-37194 - Research assistants and technicians from the University of Ghana collect dust samples from the living rooms and bedrooms of children in Accra, Ghana. The samples will be analyzed for the presence of dust mites, fungus', and animal allergens to help researchers better understand why children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it.
Research assistants and technicians from the University of Ghana perform basic skin prick tests on school children in Accra, Ghana to test for sensitivities to dog, cat, dust mites, grass pollen, peanuts, and cockroach allergens. The results have shown that children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it. https://images.robertharding.com/zoom/RF/CI/HORIZONTAL/857-37195.jpg857-37195https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/857-37195/research-assistants-technicians-university-ghana-perform-basic-skin/
857-37195 - Research assistants and technicians from the University of Ghana perform basic skin prick tests on school children in Accra, Ghana to test for sensitivities to dog, cat, dust mites, grass pollen, peanuts, and cockroach allergens. The results have shown that children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it.
Research assistants and technicians from the University of Ghana collect dust samples from the living rooms and bedrooms of children in Accra, Ghana. The samples will be analyzed for the presence of dust mites, fungus', and animal allergens to help researchers better understand why children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it. https://images.robertharding.com/zoom/RF/CI/HORIZONTAL/857-37208.jpg857-37208https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/857-37208/research-assistants-technicians-university-ghana-collect-dust-samples/
857-37208 - Research assistants and technicians from the University of Ghana collect dust samples from the living rooms and bedrooms of children in Accra, Ghana. The samples will be analyzed for the presence of dust mites, fungus', and animal allergens to help researchers better understand why children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it.
Research assistants and technicians from the University of Ghana perform basic skin prick tests on school children in Accra, Ghana to test for sensitivities to dog, cat, dust mites, grass pollen, peanuts, and cockroach allergens. The results have shown that children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it. https://images.robertharding.com/zoom/RF/CI/HORIZONTAL/857-37210.jpg857-37210https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/857-37210/research-assistants-technicians-university-ghana-perform-basic-skin/
857-37210 - Research assistants and technicians from the University of Ghana perform basic skin prick tests on school children in Accra, Ghana to test for sensitivities to dog, cat, dust mites, grass pollen, peanuts, and cockroach allergens. The results have shown that children in wealthier homes have higher rates of allergies and asthma than poorer children. The leading theory is that higher rates of helminth (parasite) infections among poorer children are affecting the immune system in a way that offers protection from allergies and asthma. The study aims to find out what the worms are doing, isolate the beneficial effect and replicate it.
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