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Her Research Unit is involved with clinical research, epidemiology and operational research, and is a treatment site for HIV infected adults and children. Her research interests include HIV vaccine research, microbicide research and other biomedical and behavioural interventions, and she is an investigator in testing two HIV vaccine regimens in late stage clinical development.
He has been an author on over manuscripts in the field of infectious diseases and has an extensive track record in infectious diseases research and practice covering clinical, laboratory and epidemiological aspects. He is an HIV and TB immunologist focused on studying the immune response to these pathogens in affected tissues, and how this relates to what can be observed from the blood.
The research goal is to improve understanding of the immunopathology of TB and HIV, using this information to aid in developing novel therapeutic approaches and diagnostic biomarkers. His research has centered on understanding the mechanisms by which the human immune system recognises the Mycobacterium tuberculosis M.
His work has a strong translational component, asking if both classically and non-classically restricted T cells are associated with infection with M. The translational significance of this research is centred on informing the development of novel vaccines and diagnostics for childhood TB. Her current research focuses on HIV broadly neutralising antibodies and their interplay with the evolving virus.
Recent studies published in PloS Pathogens, Nature and Nature Medicine have highlighted the role of viral escape in creating new epitopes and immunotypes, thereby driving the development of neutralisation breadth, with implications for HIV vaccine design. Success yet? But I think we have hundreds. One item that I feel I might have had success with as I had 5 rat-free days last week was straight up instant potato flakes.
They eat them like we eat chips, they get thirsty, drink water you leave in small dish nearby and the flakes expand in their tiny bellies causing death in a few days apparently. I will testify to their pigging out on the dry potato flakes. They literally swarmed the container I put out for them. But did they just have an amazing meal or did it work? Horrified by this.
Ivy is way too good of a cover for them. Do not plant this for your own protection. I have become at one with the eat this summer. They have overtaken my brain. How do we get them out of here??? Moth balls worked for me under my home - although I would never use this poison in my food producing garden. Of course afterwords, I tried to block all rat access points with wire mesh and steel wool. Is there a shade-tolerant plant that might deter rats?
I have planted some peppermint. I also have some plain old mint that is thriving not peppermint and wondered if that was an effective anti-rat plant as well. Completely devouring the cucumbers in one night. I cannot imagine there is a non toxic dust that can only kill one mammal but does no damage to others. Do be careful. I also have a rat problem as it is the first year I have chickens and grow vegetables.
We stopped planting a vegetable garden the past two years in part because of this. This year we decided to try tomato plants again and the rats were taking ALL of them. We decided to use the snap traps and had a completely horrifying experience. The trap killed the larger one, which we found dead BESIDE the trap; and there was a little one caught in the trap, but not dead. Not having witnessed the actual event, we can only surmise what happened from their positions. We believe that the mom was killed and her offspring tried to save her by pushing her free, only to be caught by the trap which in its already sprung condition was not forceful enough to kill the small one, but did injure it.
We could not just leave it to suffer and so had the traumatizing experience of killing it ourselves. Also, the last mouse that I killed with a snap trap was caught by its nose instead of snapping its neck so I am not really loving the snap traps now. I am surprised and disappointed that you are recommending the use of rodenticides to combat rat infestation. The use of poison puts our birds of prey, foxes, coyotes and pet dogs and cats at risk of secondary poisoning.
Poison is beyond cruel. Please do not use it! We think with so much construction and development, they are finding shelter in nearby community gardens. The dry ice and other burrow disturbances are good ideas to prevent them from coming back. Look around and make sure to eliminate any other possible places for shelter, food, and water.
Also declutter, especially along walls or behind garden sheds. The more open space, the better since rats like to hide while traveling. Since rats like greasy, oily, protein- and carbohydrate-rich foods, do not leave any open food in the garden or sidewalk. One garden was behind a church that left easily accessible piles of trash bags with food after events. Hopefully, cutting off any water, food, or shelter sources will eliminate the rats.
It takes some work and is hard to do if any neighbors are enabling the problem. Putting out rat traps, like the black boxes, is effective. Since it is a garden, we would not recommend sprinkling poisoned bait anywhere on site.
I am a parent at a local public school and we have had a gardening program for many years. Recently the gardens have been overrun with rats. The garden beds are surrounded by planks and about 10inches raised off the ground. The rats are burrowing underneath and through the garden beds. We have tried to kill them off with dry ice and had custodians try to drown them and other methods. The rats keep coming back. We are desperate and very sad. Is there advice for how we can re-build our beds to keep them out.
Please do you have advice on how we can build it. Thank you. I have a bird feeder that closes automatically when an animal heavier than a large bird attempts to perch. They are great. The squirrels are frustrated and so are the rats. So I can still enjoy my wild birds!
We occasionally have rat issues and I tried a number of things to eradicate them. We used to feed the birds but stopped that when I heard sounds in the garden at night, turned on a light and discovered a large Norway rat hanging on our bird feeder enjoying a meal. We also tried one of the guillotine traps that worked at first to snare a couple of them but then caught and killed a curious skunk who in his attempts to get free sprayed the entire side of our house!
Finally, when a large family of rats had moved into our garage separate from our house , I purchased and electronic trap that proved to be the ticket. Powered by 4 C-cell batteries, it has a capacitor that builds the charge inside it. The bait—a small dab of peanut butter—is put in from an inaccessible end. You set the trap, unarmed at first to draw them to it, then energize it.
In the matter of one week we had killed 7 large rats and 4 young ones, and the rat issue was over. When there is a kill, a red LED flashes on the top. You simply pick the whole trap up and carry it to the trash, tilt it, and the rat falls out.
You put it back in place, turn it off and on again to reenergize it, a green light indicates it is armed then goes off, and it is set! It has now protected my garage for over a year with no more issues. It is a black plastic trap that is small and light enough to handle easily, and I moved it to different parts of the garage until I wiped out the invaders! I placed an orchid plant in between mint plants, and a rat still ate the leaves of the orchid.
Any advice, please. I found a rat hole in my garden disgusting! Would there be more than one rat in that hole? I have decided no more recycling and one carrier bag of rubbish gets taken to the local tip every day. I have asked that my husband dig the burrow out. Something is eating my cucumbers and green tomatoes off the vine. What can I do to illiminate the problem? Interesting article. While trash at our house is kept in sealed cans, with no evidence of rats getting in, our immediate neighbors keep trash in an enclosure that rats love.
So, rats dig burrows in our front garden and feast just next door. Our garden is in two parts, one larger than the other. The rats never burrow in the smaller area, although both are heavily planted. Would dividing up the larger area into smaller sections with vertical stone slabs between them deter rats from burrowing? We have a bird feeder on a second-floor balcony. Rats will climb up the walls of the house and along the top edge of a glass railing to jump into the feeder.
The school garden initiative Grow to Learn NYC recommends scattering fresh or dried mint as a repellent and refraining from fall mulching until several frosts have occurred to keep rats from burrowing in for winter. Some plants that may repel rats include alliums, camphor plant, dwarf elder, elderberry, euphorbias, and wormwood. I have the same question as the one asked on October 11, Is there an optimal height to plant vegetables in a raised garden that would deter rats from climbing in?
I love birds, so I feed them, andI do put out some peanuts for the squirrels. Periodically I use an outdoor vacuum for cleanup. I guess I need a a good plan. Since brown rats do not like to climb, is there an optimal height for raised beds that would completely deter rats from garden plots? Would some slick surfaced surround cladding be necessary as a deterrent?
Our building is having an issue with rats outside the front and back garden of the property, after a wooden garbage enclosure replaced sealed plastic bins and construction began on surrounding properties.
A Guide to Using Baby Food Feeders and Bottles - Learn What Rats Need and Eliminate It
Areas of interest span the basic sciences of chemistry, biochemistry and microbiology, through to pharmacology and clinical medicine, in the areas of mycobacterial pathogenesis and TB drug discovery research. Honorary Professor at UCT. His primary research interests are C-type lectin receptors and their role in homeostasis and immunity, with a particular focus on antifungal immunity. His research interests revolve around investigating immune regulation and dysregulation in the context of HIV infection or exposure.
He focuses on Immune ontogeny in HIV exposed infants, placental investigations and pre-term birth, and epithelial immunity in the foreskin. Her Research Unit is involved with clinical research, epidemiology and operational research, and is a treatment site for HIV infected adults and children. Her research interests include HIV vaccine research, microbicide research and other biomedical and behavioural interventions, and she is an investigator in testing two HIV vaccine regimens in late stage clinical development.
He has been an author on over manuscripts in the field of infectious diseases and has an extensive track record in infectious diseases research and practice covering clinical, laboratory and epidemiological aspects.
He is an HIV and TB immunologist focused on studying the immune response to these pathogens in affected tissues, and how this relates to what can be observed from the blood. The research goal is to improve understanding of the immunopathology of TB and HIV, using this information to aid in developing novel therapeutic approaches and diagnostic biomarkers.
His research has centered on understanding the mechanisms by which the human immune system recognises the Mycobacterium tuberculosis M. His work has a strong translational component, asking if both classically and non-classically restricted T cells are associated with infection with M.
The translational significance of this research is centred on informing the development of novel vaccines and diagnostics for childhood TB. Her current research focuses on HIV broadly neutralising antibodies and their interplay with the evolving virus. Recent studies published in PloS Pathogens, Nature and Nature Medicine have highlighted the role of viral escape in creating new epitopes and immunotypes, thereby driving the development of neutralisation breadth, with implications for HIV vaccine design.
Research interest in tuberculosis and in developing and testing point of care diagnostics suitable for the developing world. More specifically, the reconstitution of the immune response during antiretroviral treatment, in order to identify correlates of protection including immune mechanisms that lead to reduced susceptibility to TB , and pathogenesis such as the Tuberculosis-Associated Immune Reconstitution Inflammatory Syndrome, TB-IRIS ; the biosignature of the TB infection spectrum, from latent infection to active disease; preventing TB infection in HIV infected people more effectively; and the pathogenesis of tuberculous meningitis and pericarditis.
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