so we take two uh things that whose size we know could be our thumbs it could be oranges could be poker chips and look at them have one twice as far away as the other first thing to think about is you know as far as our brain and our

northern Nevada, where his group has joined a lawsuit against a proposed open-pit lithium mine in Thacker Pass

it undergoes first-pass hepatic metabolism, resulting in low (30%–40%) bioavailability.

This way I'm able to pass cookie back and forth, so this code kind of works:

'set-cookie': response.headers.get('set-cookie')

If you do need to passthrough your mydomain.com cookies to a thirdparty.com domain, you can technically already do that now by implementing it as an endpoint and calling fetch('/my-endpoint')

I don't really want to re-implement all of my api endpoints to make this work. Is there a way to "mask" the thirdparty endpoints to pass through the cookies?

allow <slot> to be part of a slot

I want to make some add-ons or wrappers on components e.g BigButton.svelte <script> import Button from './Button.svelte' </script> <Button fz="16" h="64" {...$$props}> <slot slot="prepend" name="prepend" /> <slot /> <slot slot="append" name="append" /> </Button>

Related to #1824, can do <svelte:component this={Bar}> <slot></slot> <slot name="header" slot="header"></slot> </svelte:component> <script> import Bar from './Bar.svelte'; </script> as a forwarding workaround

I am trying to implements this usecase (a generic lazy loader component which forwards slots/events to the "real" component).

In 3.29.0 you can now use <slot slot='...'> to forward slots into a child component, without adding DOM elements.

Would love to see passthrough slots to create superset components, for example Table and TableWithPagination (table slots for TableWithPagination could be passed through to Table).

All standard UI events are forwarded on components, input events ("input" and "change") are forwarded on input components, and all MDC events are forwarded.

You can add props to lower components and elements with things like input$maxlength="15".

You can add actions to the components with use={[Action1, [Action2, action2Props], Action3]}.

All standard UI events are forwarded.

class: '' - A CSS class string.

use: [] - An array of actions and/or action/property arrays.

In a later major, we'd stop extracting key from props and therefore props is now just passthrough.

There are usually very little amount of properties that a component relays on

The point of the feature is to not rely on the third-party author of the child component to add a prop for every action under the sun. Rather, they could just mark a recipient for actions on the component (assuming there is a viable target element), and then consumers of the library could extend the component using whatever actions they desire.

the ability to pass around element names as strings in place of components

No, this is about using a string to create an element of that tag name.

I would hope for it to come with React-like behavior where I could pass in a string (like div or a) and have it show up as a normal div/a element when the child component used it.

If you want to listen to an event on some deeply nested component, the intermediate components must forward the event.

We should also allow passing unrecognised props to the rendered component. eg: tabindex might be required on some instances of a component, and not all. Why should developers have to add tabindex support to their components just that it may potentially be used

You could do something like this instead while maintaining complete control of where different props go. <div class="wrapper> <div {...$$props} > ... </div> </div>

All of the components should allow passing MUI configuration properties to them so that they can be easily customized. In the case of RFF and MUI components with deeply nested structures of multiple subcomponents, you can pass the properties in with sepecial top level properties. This is very hard to document fully without making a mess, so please refer to the source code and demos for examples.

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3,000 people have passed away as a result of the infection.

propsToPass

PASSTHROUGH_PROPS

Klotho-deficient mice have accelerated aging phenotypes, whereas overexpression of Klotho in mice extends lifespan. Klotho is an anti-aging single-pass membrane protein predominantly produced in the kidney, with shedding of the amino-terminal extracellular domain into the systemic circulation. Circulating levels of soluble Klotho decrease with age, and the klotho gene is associated with increased risk of age-related diseases. The three forms of Klotho protein have distinct functions. Membrane Klotho forms a complex with fibroblast growth factor (FGF) receptors, functions as an obligatory co-receptor for FGF23, which is involved in aging and the development of chronic diseases via regulation of Pi and vitamin D metabolism. Secreted Klotho functions as a humoral factor with pleiotropic activities including regulation of oxidative stress, growth factor signaling, and ion homeostasis. Secreted Klotho is also involved in organ protection. The intracellular form of Klotho suppresses inflammation-mediated cellular senescence and mineral metabolism. Herein we provide a brief overview of the structure and function and recent research about Klotho.

By 2007, SHM had launched Project BOOST (Better Outcomes by Optimizing Safe Transitions), an award-winning mentored-implementation program to reduce LOS, adverse events, and unnecessary 30-day readmissions. Other mentored-implementation programs followed. The Glycemic Control Mentored Implementation (GCMI) program focuses on preventing hypoglycemia, while the Venous Thromboembolism Prevention Collaborative (VTE PC) seeks to give practical assistance on how to reduce blood clots via a VTE prevention program