College Autism Summit 2022
Headed there in a bit. Looking forward. https://collegeautismnetwork.org/
Changes in Big-5 during Pandemic
I always think of the exponential effects on autistics.
(https://view.info.apa.org/?qs=ab2c9530baf7a6ce1051f3f9254b1595fbcf171f4a81ad3eed135b5a5f2cec4508d1f4b727d406c0bea89be99e8df4a9ad7fee31eba4572980be2e27faddf3b287ffdd23c1cb6fc2f324d4ab0e197f72)
Friendships in Autism Adulthood.
"In 1990, only 3 percent of Americans said they had no close friends; in 2021, nearly 12 percent said the same. The United States is in the grips of a loneliness crisis that predates the Covid pandemic."
https://www.nytimes.com/2022/10/01/well/live/how-to-make-friends-adult.html
If this is state for NTs, imagine the situation for autistics who generally have little - no friends through childhood.
However, some of the suggested ways to making friends is hardly the easiest for autistics either - "You really have to try and put yourself out there."245 years to get to Indigenous Peoples' Day
Reflecting below on an assignment done on Zitkala-Sa for American Literature back in Grade 10 and an essay on Black Elk Speaks for my American Indian Ethnic Studies course a few years back.
(Grade 10 assignment)
Zitkala-Sa’s recollection is a poignant account of the conflict and clash between two cultures and the frustration of ending up in a no-man’s land. She is a young Indian girl who is taken away to be assimilated into the white society; by teaching her the mannerisms and customs of the white race. The problem with assimilation seems to be an all-or-nothing attitude by the teachers. She is forced to forsake her own native customs and language (including cutting her hair) and then told to go live on the reservation. So she can never be fully Indian. Even her own mother is not able to relate to her and vice versa. Yet the color of her skin will always make her a second class citizen in the white community. She will never get full acceptance there either. She may have won the speaking contest, yet every time she goes to a new place it would be like starting over with the new set of audience. She would have to prove herself over and over again. The reader is profoundly affected by the stark realism and detail of her experiences in her narrative. The reader journeys with her on her loss of innocence - “ we had been very impatient to start our journey...” (207) to a dissatisfied state of bewilderment - “The little taste of victory in my heart, did not satisfy a hunger in my heart.”(221).
The story has all the elements of realism. It is devoid of emotionalism or melodrama. The events are presented in a very matter of fact way. “Their mothers, instead of reproving them such rude curiosity, looked closely at me, and attracted their children’s attention further to my blanket.”(208). At each stage there is another grim reality to be faced. There are outside forces (the assimilation process) and events that affect that affect her at every turn.
South Hall
Cal 1973
Violators Toad
Have to wonder what the toads (Bufonidae) there think?
A wider picture
Neuroscience Retreat
Vanderbilt Neuroscience Graduate Program retreat.
Day started with Hippocampal Place Cells and included a walk by Percy Priest Lake
Autistic Mice
What is a Mouse Model
The goal of developing mouse models of autism is to gain a better understanding of its genetic and neurobiological basis, and to identify potential targets for therapeutic interventions.
Mouse models of autism are developed using a variety of genetic engineering techniques; the goal of these modifications is to mimic the genetic alterations that have been associated with human autism, and to study the resulting effects on behavior, brain function, and development.- Knockout mice: insertion of specific gene or gene sequences eg: mouse that expresses a mutated version of the gene that causes alterations in protein function.
- Knock-in mice: insertion of gene eg: mouse lacks particular gene that has been linked to human autism,.
- Viral-vectors: introduce specific genetic modifications into the mouse brain. This allows researchers to study the effects of altering gene expression or protein function in specific brain regions or cell types.
Some examples of autism mouse models:
- BTBR T+ Itpr3tf/J mice: These mice exhibit several behaviors seen in human autism, including repetitive behaviors, social deficits, and decreased communication.
- Engrailed-2 (En2) knockout mice: The En2 gene has been linked to autism in some studies. They exhibit reduced social behavior, increased repetitive behaviors, and atypical brain development.
- Neuroligin-3 (NLGN3) knockout mice: The NLGN3 gene, which has been associated with human autism. They exhibit deficits in social behavior and communication, as well as increased repetitive behaviors.
- Fragile X 1 (Fmr1) knockout mice: Fmr1 gene is associated with fragile X syndrome, a genetic condition that may co-occur with autism. They exhibit deficits in social behavior, communication, and learning.
- Shank3 knockout mice: The Shank3 gene has been implicated in autism development. They exhibit deficits in social behavior, communication, and synaptic function.
- 16p11.2 deletion mouse model: This model is designed to mimic the human 16p11.2 microdeletion, a genetic variation that has been associated with a range of neurodevelopmental disabilites including autism. Mice with this deletion exhibit several autism-like behaviors, including reduced social interaction, repetitive behaviors, and altered vocalizations.
- Tsc2 heterozygous knockout mouse model: Tuberous sclerosis complex (TSC) is a genetic condition associated with autism. This mouse model mimics a TSC-related mutation, in which one copy of the Tsc2 gene is deleted. These mice exhibit social deficits, increased repetitive behaviors, and altered brain connectivity.
- Methyl CpG binding protein 2 (MeCP2) R306C knock-in mouse model: Mutations in the MECP2 gene have been linked to Rett syndrome, a genetic condition that shares some features with autism. This mouse model introduces a specific R306C mutation into the MeCP2 gene, leading to deficits in social interaction and communication.
- Contactin-associated protein-like 2 (Cntnap2) knockout mouse model: CNTNAP2 is a gene that has been associated with autism and language challenges. This mouse model lacks the Cntnap2 gene and exhibits social and communication deficits, as well as alterations in brain development and function.
- Oxtr -/- mouse model: Oxytocin is a hormone that plays a key role in social bonding and has been investigated as a potential treatment for autism. This mouse model lacks the gene for the oxytocin receptor and exhibits deficits in social behavior and communication.
- CNTNAP2-deficient mouse model: CNTNAP2 is a gene that has been associated with human autism. Researchers have developed a mouse model in which the Cntnap2 gene is selectively deleted, resulting in autism-like behaviors, such as reduced social interaction, altered communication, and repetitive behaviors.
- En2-deficient mouse model: En2 is a gene that is involved in the development of the cerebellum, a brain region that is known to be involved in motor coordination and cognitive processing. Mutations in the EN2 gene have been linked to human autism. Researchers have developed a mouse model in which the En2 gene is selectively deleted, resulting in autism-like behaviors, such as altered social interaction and communication.
A WW2 Veteran at 101
You've seen the world shift, and the people too
Your stories are treasures, a glimpse of the past