Posts by fadedbear92

Dopaminergic and Noradrenergic Antidepressants

The lone representative here is bupropion, which acts as a moderate reuptake inhibitor for both norepinephrine and dopamine. At standard therapeutic doses, it manages to block the DAT in the striatum by somewhere between 20% and 26%. It looks like this effect is driven by the stimulation of dopamine D1 receptors—since blocking those receptors actually cancels out the whole thing. Bupropion also inhibits NET activity, though we don't really have specific data on just how much that happens.

Additionally, bupropion functions as an antagonist for neuronal nicotinic receptors located in the ventral tegmental area (VTA)—which, as many know, is the starting point for the mesolimbic dopamine pathway. This particular mechanism is exactly why bupropion helps people kick their smoking habit.

https://s1.postimg.org/4g5yrvop4f/reb_bub.png

Noradrenergic Antidepressants

Reboxetine

The primary mechanism of action for Reboxetine is the inhibition of the NET. While norepinephrine plays a huge role in mood regulation, it seems like just inhibiting the NET isn't quite enough to get the full antidepressant effect we're looking for. Based on various meta-analyses, Reboxetine actually shows a weaker antidepressant effect compared to other options out there—it’s also prescribed much less frequently than most other antidepressants. It feels like the noradrenergic component works best as a supporting player alongside other mechanisms of action, rather than being a powerhouse on its own.

Serotonin-Norepinephrine Reuptake Inhibitors (SNRIs)

Since these antidepressants block the Serotonin Transporter, they basically share everything we know about SSRIs. However, they also provide additional NET blockade, which brings four specific clinical implications to the table:

1) They might offer better efficacy when treating moderate to severe depression compared to SSRIs—plus, they can be great for patients dealing with lethargy, as they tend to boost energy levels and provide a bit of activation.

2) They can help manage chronic pain, something SSRIs just don't do.

3) Along with the serotonergic effects, you get some noradrenergic side effects—think things like increased blood pressure (depending on the dose), dry mouth, sweating, or dilated pupils. Because of this, doctors need to be extra careful with anyone dealing with hypertension or angle-closure glaucoma.

4) They show promise for people with bipolar depression, which is often linked to low noradrenergic activity. That said, there is a higher risk of triggering a manic episode, so using them in these patients requires really careful weighing of the risks and close monitoring.

Table 6 highlights the two most prominent representatives of this class.

https://s1.postimg.org/4lsv4t6u7z/snri.png

Serotonergic Antidepressants
SIPPSa

The primary goal of these medications is to ramp up serotonin activity—mostly by heavily inhibiting the Serotonin Transporter. At standard therapeutic doses, they typically occupy about 80% of these transporters. In the United States, just like in the rest of the world, there are six main antidepressants in this class; I've laid out their core characteristics in Table 3 below.

Table 3. Overview of individual SIPPSa properties.

https://s1.postimg.org/7napu1j6v3/sipps.png

While all SIPPSa share that potent effect on the Serotonin Transporter, they aren't identical—there are some key differences between them, which you can see in Table 4.

Table 4. Characteristics of specific SIPPSa

https://s1.postimg.org/8xqeejkbov/sipps2.png

https://s1.postimg.org/4fdw3wmq3z/sipps3.png

We can break down how SIPPSa work into two distinct phases:

Acute effects: This happens when there's a sudden surge of serotonin in the synapse. Because the effect hits all serotonin receptors non-selectively, it's a bit of a double-edged sword—you get acute side effects like nausea or agitation, while simultaneously seeing a drop in serotonin synthesis and release because those autoreceptors are being overstimulated.

Chronic effects: Eventually, the serotonin receptors begin to adapt. As the presynaptic autoreceptors desensitize, serotonin synthesis and release actually increase. Meanwhile, postsynaptic receptor changes help dampen or even eliminate those initial side effects, leading to the actual antidepressant effect. It’s interesting to note that while acute use of SIPPSa can be anxiogenic (causing anxiety), long-term use tends to be anxiolytic (reducing anxiety). Ultimately, the antidepressant benefit stems from complex intracellular processes, including shifts in gene expression and protein synthesis.

Table 5 outlines the various consequences of that non-selective stimulation of serotonin receptors.

Table 5. Effects of serotonin receptor stimulation and blockade

https://s1.postimg.org/4qrin7py0v/sipps4.png

https://s1.postimg.org/6q0grq7bin/sipps5.png

https://s1.postimg.org/6g35qwvw4f/sipps6.png

MAO Is

The whole point of using an MAO I is to boost monoamine concentrations in the brain—which, at the end of the day, is pretty much what most other antidepressants aim to do. We generally categorize these drugs into reversible versus irreversible, and selective versus non-selective. When we talk about selectivity, we’re really just talking about how much affinity the drug has for either the A or B isoform. In the US, we really only see one type of MAO I being used, which is a reversible inhibitor of MAO A (RIMA) called moclobemide. Taking moclobemide typically results in about 74% occupancy of the MAO-A in the brain. It works by ramping up the levels of serotonin, norepinephrine, and dopamine.

https://s1.postimg.org/781zwnzie7/mokl.png

TCAs
The mechanism of action for TCAs involves inhibiting the reuptake of serotonin and norepinephrine, though the balance varies significantly between drugs. For instance, Clomipramine is most potent at blocking the Serotonin Transporter, while Amitriptyline, Nortriptyline, Desipramine, and Imipramine all inhibit both transporters—whereas Maprotiline specifically targets the NET. That said, they also hit various other receptors, including anticholinergic, antiadrenergic (α1), and antihistaminic (H1) effects, along with potential interference with myocardial conduction. Because of these side effects, TCAs are used much less frequently today, even though they were the go-to antidepressants for about 25 years before the discovery of SIPPSa.

Table 1. Overview of specific TCA properties

https://s1.postimg.org/3utr9y7033/tca.png

Next-Gen Antipsychotics

It’s been established for quite some time now that certain next-generation antipsychotics carry antidepressant properties—especially when used at lower doses than what's typically required for their antipsychotic effects. In fact, a meta-analysis covering 16 double-blind studies revealed that adding an atypical antipsychotic to an existing antidepressant regimen actually doubles the likelihood of remission compared to a placebo. Here in the United States, four specific antipsychotics have been approved for use as adjunctive therapy alongside antidepressants:

1) Aripiprazole: acts as a partial agonist at 5HT1A receptors, a partial dopamine agonist, and a 5HT7 receptor antagonist

2) Brexpiprazole: functions as a partial agonist at 5HT1A receptors, a partial dopamine agonist, an α2 and 5HT2A antagonist, and a moderate 5HT2C antagonist

3) Quetiapine extended-release: serves as a 5HT2A antagonist, while its metabolite, norquetiapine, acts as a potent NET blocker and a partial 5HT1A receptor agonist

4) Olanzapine: acts as a 5HT2A and 5HT2C antagonist

In America, only quetiapine extended-release has been approved as an add-on treatment for depression.

Antidepressant Characteristics and Clinical Indications

Table 1. Primary characteristics of receptor-acting antidepressants

https://s1.postimg.org/8toxbdsoi7/adad.png

The following table outlines common indications for various antidepressants used here in the United States.

https://s1.postimg.org/88s13990sv/indikacije.png

Managing depression through pharmacology isn't always straightforward—we often run into issues like treatment resistance, side effect intolerance, or patients simply struggling to stick to their regimen. In my experience, we tend to see much poorer responses in patients dealing with comorbid anxiety, chronic pain, personality disorders, or alcoholism. It’s also much tougher when there's a history of abuse, high-stress life circumstances, thyroid issues, B12 or folate deficiencies, anemia, or even cortical atrophy. Still, our job remains the same: we have to provide care for these patients regardless of the complexity.

Antidepressants that target multiple receptor types—plus those little extra additions to the mix.

To really get a handle on depression, you can't just look at the diagnosis in a vacuum—you have to tackle the co-occurring conditions and the specific life circumstances each patient is actually facing.

Mirtazapine.

Mirtazapine doesn't actually block any transporters or enzymes—instead, its whole mechanism of action relies entirely on blocking various receptors. If you look at Figure 1, you can see how the effects of Mirtazapine are concentration-dependent, meaning everything shifts based on the specific dose being used.

If you look at Figure 1, you'll see that at lower doses, Mirtazapine acts primarily as a sedative and hypnotic due to its antihistamine properties. However, once you ramp up to those higher doses, that sleepy effect actually fades away—instead, the antidepressant effects take center stage thanks to the antagonism of $\alpha$2 receptors.

I’ve been looking over this chart—it's quite interesting how those curves interact, isn't it? It really clarifies how certain medications start to pull their weight differently over time.

Trazodone—it’s one of those medications that really makes you feel the weight of its effects. Personally, I’ve found it to be quite a heavy hitter when it comes to sleep.

Trazodone hits its antidepressant stride through a dual-action approach:

At lower doses, you get much more receptor antagonism across several different types.
At higher dosages, especially when you factor in the blockade of the Serotonin Transporter—it changes the whole game.
If you look at Figure 2, you'll see that Trazodone works much like Mirtazapine—the effects are entirely dependent on concentration, which basically means it all comes down to the dosage you're taking.

At lower doses, Trazodone acts as an antagonist for both 5HT2A and 5HT2C receptors—it also hits those 5HT1A, H1, and α1/α2 receptors too. Since its affinity for the Serotonin Transporter is pretty weak, you’d only really expect that specific effect to kick in at higher dosages. That said, we don't actually know how much the Serotonin Transporter is being blocked in vivo, mostly because there just isn't any data from PET studies out there yet.

I’ve been looking into Trazodone lately—it’s an interesting one. It seems to have a pretty unique way of working compared to other options out there.

Vortioxetine

This category also includes vortioxetine and vilazodone—though the latter isn't actually used here in the States.

Vortioxetine works exclusively through the serotonergic system. It’s a pretty complex process—it involves inhibiting the Serotonin Transporter, though not nearly as much as SSRIs do (we're looking at roughly 50% at standard therapeutic doses)—and it also hits several different serotonin receptors, just like you can see in Figure 3.

It’s widely believed that combining these effects yields a pro-cognitive boost—largely because they modulate glutamate neuron activity within the hippocampus and the prefrontal cortex. This specific mechanism of action has been most thoroughly studied in relation to vortioxetine.

I’ve been looking over the data on Vortioxetine—it’s pretty fascinating stuff, honestly. It seems to have a really unique mechanism of action compared to what we're used to. Just seeing how it hits those various targets makes you realize how much more nuanced antidepressant treatment can be.

Tianeptine—it’s such an interesting one to look into, isn't it?

Tianeptine really throw a wrench into the whole monoamine theory of depression. It’s wild because this antidepressant doesn't actually block any of the well-known transporters, enzymes, or receptors we usually look at. Some people used to think it worked by increasing serotonin reuptake—basically doing the exact opposite of an SSRI—but even that theory is pretty shaky now. Most researchers are leaning toward the idea that it works indirectly by messing with the glutamate and dopamine activity in the mesolimbic system.

Classifying Antidepressants
There’s quite a wide variety of antidepressants available today. They can be categorized based on their chemical makeup, their generation, or their specific mechanism of action. Most clinical classifications rely on how they actually work, which you can see laid out in Table 1.

https://s1.postimg.org/22uepyaben/ad1.png

https://s1.postimg.org/22uepyaj4f/ad2.png

https://s1.postimg.org/1vr6uip8jz/ad3.png

https://s1.postimg.org/9nsbu5hjz3/ad4.png

Keep in mind that these categories aren't set in stone—they can get pretty confusing for clinicians. The reality is that there's significant overlap in their mechanism of action. Plus, the way these drugs hit different receptors is highly dose-dependent.

Mechanism of Action in Antidepressants

Figure 1. The link between depressive symptoms and monoamine system dysfunction, alongside the anatomical locations of monoamine pathways

https://s1.postimg.org/7xr5y47dov/adslika1.png

Large-scale meta-analyses suggest that most antidepressants are roughly equal in terms of effectiveness when treating depression. That said, individual responses can vary wildly. These differences stem from both the heterogeneous nature of clinical presentations and the various mechanisms of action involved. Research has shown that specific depressive symptoms can often be tied back to deficits in certain monoamines, as illustrated in Figure 1.

However, we can't really look at any single system in isolation. Everything is tightly interwoven—both anatomically and functionally. There are countless receptors on all neurons that allow one group of neurons to regulate the activity of others, and vice versa.

Figure 2. Mechanisms through which antidepressants exert their effects

https://s1.postimg.org/1jpbgos4j3/adslika2.png

Antidepressants change monoamine system activity in three primary ways:

Inhibition of transporters: Serotonin Transporter, NET, and the Dopamine Transporter (DAT)
Inhibition of enzymes that break down monoamines: MAO type A and B
Binding to various receptors—specifically serotonergic and noradrenergic (note that antidepressants don't bind to dopamine receptors)

Figure 2 illustrates these effects.

Treating depression essentially boils down to increasing monoamine activity in the brain. This can be achieved through several different routes, as shown in Table 2.

Table 2. Classification of antidepressants by the amines they target

https://s1.postimg.org/13ebcs87e7/amini1.png

https://postimg.org/image/39dpyk02uz/

*TCAs differ among themselves regarding the degree of Serotonin Transporter blockade; at average doses, quvortioxetine and Trazodone have a weaker effect than SIPPSa.

** TCAs vary in their level of noradrenergic transporter blockade.

***This effect has been established "in vitro," though it's unclear how pronounced it is "in vivo" or how much it contributes to the antidepressant effect.

**** In the United States, this is only approved as an antiparkinsonian medication.

Looking at the table, you can see that while some antidepressants primarily affect just one monoamine system, others impact multiple systems. Some act solely on transporters or just on receptors (unimodal antidepressants), while others target both transporters and receptors (bimodal antidepressants). Below, I'll briefly go over the different groups of antidepressants and their specific mechanism of action.

Source: Post-Graduate Course I: Antidepressants in Clinical Practice
Led by:
Prof. Alma Mihaljević-Peleš, PhD
Marina Šagud, PhD

http://www.plivamed.net/aktualno/cla...ifikacija.html

Introduction

Antidepressants are medications designed to ease the symptoms of depression. Once a diagnosis of moderate to severe depressive episodes is confirmed, the standard next step is to prescribe an antidepressant.

Even with all the progress we've made in medicine, treatment outcomes still fall short of where we want them to be. Major studies have shown that after trying just one prescribed antidepressant, only about a third of patients reach remission—and even after cycling through various different options, that number only climbs to about two-thirds.

On the flip side, expectations for treatment are getting higher; nowadays, the goal isn't just basic remission, but a full return to normal life—what doctors call "cognitive remission."

While waiting to see if a specific medication actually works for a patient, precious time is lost, which only extends their suffering. Because of this, it would be a massive help to clinicians if there were clinical or biological markers available to predict which therapy a person is most likely to respond to.

Despite a mountain of research in this field, reliable biological indicators just don't exist yet. However, certain antidepressants tend to be more effective against specific symptoms due to their unique mechanism of action—which, naturally, also dictates their side effects.

The goal of this article is to provide a concise overview of how these antidepressants work.

Bryan Palmer9 said:Man, it’s honestly kind of tough to give you a solid hand here because the app is claiming your processor is missing SSE2 instructions, which is just wild since basically every modern PC from the last decade has those built-in, but then I see right there in your specs that you actually *do* have SSE2, so that can't be the issue at all.

Maybe just try grabbing the absolute latest version of Skype and running the install to see if that weird error finally decides to chill out.

Got it, thanks!

So, I just installed Skype at work today because they finally bought me a webcam—but for some reason, I can't get video calls to work, and I'm totally lost!



When I clicked on help, this popped up:



speccy:

Operating System
Windows 7 Professional 32-bit SP1
Computer type: Desktop
Installation Date: 14.9.2010. 10:29:39
Windows Security center
User Account Control (UAC) Enabled
Notify level 2 - Default
Firewall Enabled
Windows Update
AutoUpdate Automatically and Install AT set Scheduled
Schedule Frequency Every Day
Schedule Time 3:00
Windows Defender
Windows Defender Disabled Antivirus Antivirus
Antivirus
Antivirus Enabled
Company Name Microsoft
Microsoft Display Name Microsoft Security Essentials Product version 4.10.209.0 virus signatura Database up
Product Version 4.10.209.0
Virus Signature Database Up to date
.NET Frameworks installed
v4.7 Full
v4.7 Client
v3.5 SP1
v3.0 SP2
v2.0 SP2
Internet Explorer
Version Explorer version 11.0.9600.18792 PowerShell version 2.0
PowerShell
Version 2.0
Java
Java Runtime Environment
Path C:\Program Files\Java\jre1.8.0_131\bin\java.exe
Version 8.0
Update 131
Build 11
Environment Variables
USERPROFILE C:\Users\library
SystemRoot C:\Windows
User Variables
Machine Variables
Power Profile
Active power scheme Balanced
Hibernation Enabled
Enabled Turn OFF monitor after: (On AC Power) 10 min
on AC Power ) 10 min Turn OFF hard disk after 20 min
Suspend after: (On AC Power) 30 min
Screen saver Enabled
Uptime
Current Session
Current Time 5.10.2017. 14:30:11
Current Uptime 17.234 sec (0 d, 04 h, 47 m, 14 s)
Last boot time 5.10.2017. 9:42:57 Services TimeZone TimeZone GMT +1:00 Hours Language American
Services
TimeZone
TimeZone GMT +1:00 Hours
Language American (US)
Location United States
Format United States format American
Currency USD data format d. M. yyyy
Date Format d.M.yyyy.
Time Format H:mm🙏s
Hotfixes
System Folders
Process List
Security Options
Device Tree

CPU
Intel Pentium E5400
Cores 2
Threads 2
Name Intel Pentium E5400
Code Name Wolfdale
Package Socket 775 LGA
Technology 45nm
Specification Dual-Core CPU E5400 @ 2.70 GHz Family 6 extended Family 6 model 7 extended model 17 Stepping a Revision R0 Instructions MMX
Family 6
Extended Family 6
Model 7
Extended Model 17
Stepping A
Revision R0
Instructions MMX, SSE, SSE2, SSE3, SSSE3, Intel 64, NX, VMX
Virtualization Supported, Enabled
Hyperthreading Not supported
Fan Speed fan speed 1288 RPM Rated bus speed 800.0 MHz Stock Core speed 2700 MHz Stock bus speed 200
Rated Bus Speed 800.0 MHz
Stock Core Speed 2700 MHz
Stock Bus Speed 200 MHz
Average Temperature 41 °C
Caches
L1 Data Cache Size cache siz 2 x 32 KBytes L2 Unified cache siz 2048 KBytes Cores Core speed
L1 Instructions Cache Size cache siz 2 x 32 KBytes L2 Unified cache siz 2048 KBytes Cores Core speed
L2 Unified Cache Size 2048 KBytes
Cores
Core Speed Multiplier Bus Speed Rated Bus Speed Temperature Threads
Core 0 1199.9 MHz x 6.0 200.0 MHz 800.0 MHz 42 °C APIC ID: 0
Core 1 1199.9 MHz x 6.0 200.0 MHz 800.0 MHz 39 °C APIC ID: 1

Graphics
Monitor 1
Name SONY TV on Nvidia GeForce 210 Current Resolution 1360 x768 pixels work Resolution 1360 x720
Current Resolution 1360x768 pixels
Work Resolution 1360x720 pixels
State state Enabled, Output devices support
Multiple displays multipli displays Duplicated monitor Width 1360 monitor Height 768 monitor BPP 32
Monitor Width 1360
Monitor Height 768
Monitor BPP 32 bits per pixel
Monitor Frequency monitor Frequency 60 Hz Device \\
Device \\.\DISPLAY1\Monitor0
Monitor 2
Name W1943 on NVIDIA GeForce 210
Current Resolution 1360x768 pixels
Work Resolution 1360x720 pixels
State Enabled, Output devices support
Multiple displays Duplicated
Monitor Width 1360
Monitor Height 768
Monitor BPP 32 bits per pixel
Monitor Frequency 60 Hz
Device \\.\DISPLAY1\Monitor1
NVIDIA GeForce 210
Manufacturer NVIDIA
Model GeForce 210
GPU GT218
Device ID 10DE-0A65
Revision A3
Subvendor Undefined (0000)
Current Performance Level Level 0
Technology 40 nm
Die Size 57 mm²
Release Date 2009
DirectX Support 10.1
OpenGL Support 4.1
Bus Interface PCI Express x16
Temperature 59 °C
Driver version 9.18.13.1106
BIOS Version 70.18.4f.00.00
ROPs 4
Shaders 16 unified
Physical Memory 512 MB
Virtual Memory 1280 MB
Count of performance levels : 1
Level 1 - "Perf Level 0"

Optical Drives
HL-DT-ST DVDRAM GH22NS50 ATA Device
Media Type DVD Writer
Name HL-DT-ST DVDRAM GH22NS50 ATA Device
Availability Running/Full Power
Capabilities Random Access, Supports Writing, Supports Removable Media
Read capabilities CD-R, CD-RW, CD-ROM, DVD-RAM, DVD-ROM, DVD-R, DVD-RW, DVD+R, DVD+RW, DVD-R DL, DVD+R DL
Write capabilities CD-R, CD-RW, DVD-RAM, DVD-R, DVD-RW, DVD+R, DVD+RW, DVD-R DL, DVD+R DL
Config Manager Error Code Device is working properly
Config Manager User Config FALSE
Drive E:
Media Loaded FALSE
SCSI Bus 0
SCSI Logical Unit 0
SCSI Port 2
SCSI Target Id 1
Status OK

Peripherals
Standard PS/2 Keyboard
Device Kind Keyboard
Device Name Standard PS/2 Keyboard
Vendor (Standard keyboards)
Location plugged into keyboard port
Driver
HID-compliant mouse
Device Kind Mouse
Device Name HID-compliant mouse
Vendor Unknown
Location USB Input Device
Driver
Fax - HP Officejet Pro 8610
Device Kind Printer
Device Name Fax - HP Officejet Pro 8610
Vendor HP
Driver
HP Officejet Pro 8610
Device Kind Printer
Device Name HP Officejet Pro 8610
Vendor HP
Driver
HP Officejet Pro 8610 (NET)
Device Kind Camera/scanner
Device Name HP Officejet Pro 8610 (NET)
Vendor Hewlett-Packard
Driver
Printers
\\Rnp0026736024a3\mp2352
Printer Port \\Rnp0026736024a3\mp2352
Print Processor winprint
Availability Always
Priority 1
Duplex None
Print Quality 600 * 600 dpi Monochrome
Status The printer is being deleted
Driver
Fax - HP Officejet Pro 8610 (Network)
Printer Port CN63EFX120_FAX
Print Processor winprint
Availability Always
Priority 1
Duplex None
Print Quality 300 * 300 dpi Color
Status Unknown
Driver
HP Officejet Pro 8610 (Network) (Default Printer)
Printer Port CN63EFX120
Print Processor winprint
Availability Always
Priority 1
Duplex None
Print Quality 600 * 600 dpi Color
Status Unknown
Driver

Motherboard
Manufacturer ASUSTeK Computer INC.
Model P5QPL-AM (LGA775)
Version Rev X.0x
Chipset Vendor Intel
Chipset Model G41
Chipset Revision A3
Southbridge Vendor Intel
Southbridge Model 82801GB (ICH7/R)
Southbridge Revision A1
System Temperature 35 °C
BIOS
Brand American Megatrends Inc.
Version 0414
Date 11.6.2010.
Voltage
CPU CORE 1.240 V
MEMORY CONTROLLER 1.880 V
+3.3V 3.360 V
+5V 5.040 V
+12V 8.141 V
VIN5 1.592 V
VIN6 1.000 V
PCI Data
Slot PCI-E
Slot Type PCI-E
Slot Usage In Use
Bus Width 32 bit
Slot Designation PCIEX16_1
Characteristics 3.3V, Shared, PME
Slot Number 0
Slot PCI-E
Slot Type PCI-E
Slot Usage Available
Bus Width 32 bit
Slot Designation PCIEX1_1
Characteristics 3.3V, Shared, PME
Slot Number 1
Slot PCI
Slot Type PCI
Slot Usage Available
Bus Width 32 bit
Slot Designation PCI_1
Characteristics 3.3V, Shared, PME
Slot Number 2
Slot PCI
Slot Type PCI
Slot Usage Available
Bus Width 32 bit
Slot Designation PCI_2
Characteristics 3.3V, Shared, PME
Slot Number 3

Devices and Printers:

What kind of man are you? Just do her a favor and disappear from her life—that’s what you should have done a long time ago.

This just goes to show how much of a handicap having an illness is in today's society. Honestly, it's shameful that people aren't "perfect" anymore; it's such an egocentric, narcissistic culture we live in, and then everyone wonders why they can't find a partner.

Sick, sick, sick—now THAT is what a real sickness looks like.

Instead of evolving, we're regressing. It's terrifying, really.😠😠😠

We're all just riddled with prejudices—some more than others.

ironcyclist58 said:IDM works perfectly fine on Chrome—I just gave it a shot myself.

I'm already downloading stuff, so I'm all set—thanks anyway!🎉

ironcyclist58 said:There are actually some browser extensions that can handle that.

Honestly, I was just watching some educational programming on NBC for the kids, and it made me wonder—is there a way to download those clips?🕺

ironcyclist58 said:Where is it showing up for you?

It's popping up in my Gmail🤔

Dear Search Engine Administrator,

The Google Custom Search element 1.0—which actually got phased out back in 2012 when everyone moved over to 2.0—is officially reaching its end of life. Just a heads up: Google Custom Search 1.0 will stop working on December 4.

We're reaching out because it looks like your setup might still be running on the old Google Custom Search element 1.0. If you want to double-check, just peek at your site's code for any mention of SearchControl.

Next Steps

To make sure your search stays up and running without any hiccups, please switch your site over to Google Custom Search element 2.0 before December 4. Honestly, the smoothest way to handle this is via the Google CSE Control panel at cse.google.com—you can grab your updated code there and pop it right onto your site.

We're constantly fine-tuning the Google Search Engine and WE thank you for Your support. For more Information about The Google Custom Search, head over to Google Developers.

Sincerely,
The Google Search Engine team Google LLC 1600 Amphitheatre Parkway

Mountain View, CA 94043

Wait, what's the deal with this? Do I actually need to do something, or can I just ignore it?🤔

Your Shrink should have the best professional insight into what you're going through—definitely talk to them, since they know your situation better than anyone else
Most people tend to avoid mental health facilities out of pure fear or just because they don't have enough information about how things actually work
I've personally spent time at a day hospital in Baltimore—you should definitely chat with your doctor about whether that’s a good fit for you. If you think you might be dealing with some form of psychosis, check out the first link; if it's something else, take a look at the second one

"The Day Hospital offers the 'Reason and Emotion' program (RIO I and RIO II) specifically designed to treat borderline personality disorders. LTreatment at the Day Hospital takes place every weekday (Monday through Friday) from 8:00 AM to 2:00 PM. The facility achieves its therapeutic goals through both its organized structure and various psychotherapeutic and sociotherapeutic methods, including cognitive-behavioral workshops, group psychotherapy, and creative-recreational therapy.

The therapeutic team consists of three psychiatrist physicians, a group analyst, a family and marriage therapist, an educator specializing in psychoanalytic and cognitive-behavioral psychotherapy, a registered nurse, and a licensed practical nurse trained as group therapists, along with a psychologist, an occupational therapist, and a social worker.

Before starting treatment at the Day Hospital, it is necessary to undergo an assessment to determine eligibility for the program, which requires a prior appointment. During this assessment, potential group members are given a clear overview of the treatment process, which relies on voluntary participation, cooperation, and motivation, while also preparing them for the group dynamic."

rustydrifter10 said:It’s still there. Shoot me a DM with all the details regarding that old profile.

Alright, thanks!🎉