Mouse X
Fanny Lococo
A mouse (pl.: mice) is a small rodent. Characteristically, mice are known to have a pointed snout, small rounded ears, a body-length scaly tail, and a high breeding rate. The best known mouse species is the common house mouse (Mus musculus). Mice are also popular as pets. In some places, certain kinds of field mice are locally common. They are known to invade homes for food and shelter.
Domestic mice sold as pets often differ substantially in size from the common house mouse. This is attributable to breeding and different conditions in the wild. The best-known strain of mouse is the white lab mouse. It has more uniform traits that are appropriate to its use in research.
Cats, wild dogs, foxes, birds of prey, snakes and certain kinds of arthropods have been known to prey upon mice. Despite this, mice populations remain plentiful. Due to its remarkable adaptability to almost any environment, the mouse is one of the most successful mammalian genera living on Earth today.
In certain contexts, mice can be considered vermin. Vermin are a major source of crop damage,[1] as they are known to cause structural damage and spread disease. Mice spread disease through their feces and are often carriers of parasites.[2] In North America, breathing dust that has come in contact with mouse excrement has been linked to hantavirus, which may lead to hantavirus pulmonary syndrome (HPS).
In the wild, mice are known to build intricate burrows. These burrows have long entrances and are equipped with escape tunnels. In at least one species, the architectural design of a burrow is a genetic trait.[5]
Researchers at the Max Planck Institute of Neurobiology have confirmed that mice have a range of facial expressions. They used machine vision to spot familiar human emotions like pleasure, disgust, nausea, pain, and fear.[6][7][8]
In nature, mice are largely herbivores, consuming any kind of fruit or grain from plants.[9] However, mice adapt well to urban areas and are known for eating almost all types of food scraps. In captivity, mice are commonly fed commercial pelleted mouse diet. These diets are nutritionally complete, but they still need a large variety of vegetables.
Mice are common experimental animals in laboratory research of biology and psychology fields primarily because they are mammals, and also because they share a high degree of homology with humans. They are the most commonly used mammalian model organism, more common than rats. The mouse genome has been sequenced, and virtually all mouse genes have human homologs. The mouse has approximately 2.7 billion base pairs and 20 pairs of chromosomes.[12]They can also be manipulated in ways that are illegal with humans, although animal rights activists often object. A knockout mouse is a genetically modified mouse that has had one or more of its genes made inoperable through a gene knockout. Experimental mouse model systems include mouse models of colorectal and intestinal cancer, mouse models of Down syndrome and mouse models of breast cancer metastasis.
Reasons for common selection of mice are that they are small and inexpensive, have a widely varied diet, are easily maintained, and can reproduce quickly. Several generations of mice can be observed in a relatively short time. Mice are generally very docile if raised from birth and given sufficient human contact. However, certain strains have been known to be quite temperamental.
Many people buy mice as companion pets. They can be playful, loving and can grow used to being handled. Like pet rats, pet mice should not be left unsupervised outside as they have many natural predators, including (but not limited to) birds, snakes, lizards, cats, and dogs. Male mice tend to have a stronger odor than the females. However, mice are careful groomers and as pets they never need bathing. Well looked-after mice can make ideal pets. Some common mouse care products are:
Mice are a staple in the diet of many small carnivores. In various countries mice are used as feed[14] for pets such as snakes, lizards, frogs, tarantulas, and birds of prey, and many pet stores carry mice for this purpose. Such mice are sold in various sizes and with various amounts of fur. Mice without fur are easier for the animal to consume; however, mice with fur may be more convincing as animal feed.[citation needed]
Humans have eaten mice since prehistoric times. In Victorian Britain, fried mice were still given to children as a folk remedy for bed-wetting;[15] while Jared Diamond reports creamed mice being used in England as a dietary supplement during Second World War rationing.[16] Mice are a delicacy throughout eastern Zambia and northern Malawi,[17] where they are a seasonal source of protein. Field rat is a popular food in Vietnam and neighboring countries.[18] In many countries, however, mouse is no longer a food item.
Prescribed cures in Ancient Egypt included mice as medicine.[19] In Ancient Egypt, when infants were ill, mice were eaten as treatment by their mothers.[20][21] It was believed that mouse eating by the mother would help heal the baby who was ill.[22][23][24][25][26]
Hey Mai,
Thanks for flagging this! Please reach out directly to the support team here: -us/requests/new Be sure to use your Figma account email, include a link to the file, and share it with suppor...@figma.com, so we can take a closer look. Thank you!
Edit: For visibility, after checking internally, the team was trying to make our mouse events more predictable without changing any existing prototypes. Still, it would be great that we investigate further if there is any bug on your end. Thank you!
Im not sure if this would solve your problem, but for me, if i disconnect it and then reconnect it, it will be mouse leave / enter and not the other one. But im not sure how long it will stay like that as it seems like for you it randomly changed after a while. I hope this could help you at least temporarily.
There seems to be a bug on my end. In my design system file all component events automatically updated from mouse enter and mouse leave to mouse move inside and mouse move outside. Is there a way that we can switch these back without my team having to manually do this?
Please also note that these older versions are no longer accessible when creating new or updating existing interactions and we are currently not intending to add any options for users to set the old version on any new interactions.
Well, I have the same problem but with Windows 10 and there is no setting in the mouse app similar to what was described for W11. Basically this makes the Shapr3d app worthless! So is this a bug or please advise how to fix. Thx
An instructor and myself have both noticed within the last couple days that if using Panopto for Windows and selecting the Highlight Mouse Cursor During Screen Capture option and saving in Settings, the mouse is not highlighted when using Capture PowerPoint. In fact, we don't see the mouse cursor at all.
It seems to work in Capture Main Screen however, and I can remember this working with Capture PPT in the past. We are both on version 9.0.2. Is this a bug or a change Panopto made? Anything I can do either in Panopto or PowerPoint to bring this back?
I often recommend leaving both the Capture Powerpoint and the Capture Main Screen options selected when presenting - to get the TOC from the Powerpoint and the mouse movements from the screen capture.
Also, I just did a quick test, and you can choose to record just the Powerpoint application when using Panopto Capture as the recorder, and the mouse movements will be recorded. In this case, the movements are recorded because it records Powerpoint as a video stream (not still images.) However, The "highlight the mouse cursor" option isn't available in Panopto Capture, but it may still be the way to go if the instructor wants the mouse movements to be shown but not any other application on the machine.
Thank you for the reply. I think I was remembering recording PPT slides as video for bumper graphics, and had to hide the mouse cursor in PowerPoint, which I mistakenly was thinking was the highlighted cursor being available if we chose capture PowerPoint.
Just seeing if anyone can point me to the right direction. My GoToMeeting updated to a new user interface (which I think is now "GoTo") and I cant find the ability to request keyboard and mouse control when viewing someone's screen. We typically connect with clients for support purposes and previously we would be able to click on their name and request control. A pop up would appear on their screen to give control and we would proceed to be able to move their mouse and type. Now that option is not there.
We do see that a client can click on your name to give control, however not all clients are tech savvy in being able to find the "give control option" and when instructing during the meeting on how to give control, it can be a mission. Just seeing if the setting to request control is still there?
Currently, the GoTo App does not have the ability to request keyboard and mouse control, however, it is planned for a future update. For now, the attendee has to grant you control (as you've seen). If you wish you can switch back to using the Classic GoToMeeting until this feature is available.
I want to switch back to GoToMeeting classic. However, the instructions above don't seem to work for me. After clicking the "Settings" icon, I do not see a "GoToApp" setting with a "Use the new GoTo" option.
We and our collaborators have used short-read sequencing to identify SNPs, indels, and structural variations relative to the C57BL/6J mouse reference genome. The strains that have been sequenced and are in our variation catalog are:
The sample accession codes are listed here. The sequence variation can be queried via our query tool. For bulk download, the sequencing reads are available in BAM format from our ftp site and the variations are available in VCF format on our ftp site. All of the variation data has been published and can be used without restriction. The primary citation for the resource is:
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