'An 18-year-old man has died in Jersey, after taking "strong" ecstasy tablets. Kyle Pringle was taken to the General Hospital, but died there just before 6:30am on Saturday. Police say "the evidence suggests" Kyle's death was caused by consuming IKEA branded tablets. Officers had put out a warning about the tablets over the weekend, claiming they are "stronger than expected".'
http://www.itv.com/news/channel/2017-06-19/eighteen-year-old-dies-after-taking-strong-ecstasy-in-jersey/
Hello PR Family,
The turkish section will be removed due to people in that section consistantly breaching our rules/guidelines and its alot harder to maintain due to language barriers.
Pillreports.net will recieve a brand new look / website update in the near future thanks to johnboy.
Bearlove has officially left the team and deserves a huge thank you for everything hes done for the website over the years.
We appreciate everything and hope you will join us again one day,
til then the best wishes to you.
Bornatubby / PR Team
tl;dr NBOMe mixtures sold as MDMA are around, don’t snort unknown caps, use test-kits wisely, look after your mates, and get your lab student/worker friends to contact us so we don’t need to rely on labs in Barcelona to access high-quality drug testing in Australia!
On the weekend 15-16 January 2017, there was a spate of poisonings, hospitalisations and deaths that have been associated a batch of capsules that were reportedly sold as MDMA or Ecstasy. Punters at Revolver nightclub and other clubs on Melbourne’s Chapel Street were affected.
The contents of these caps appeared damp, more like a brown sugar consistency than crystals or powder.
We obtained anonymous reports from people who consumed these capsules. The reports describe very strong hallucinogenic symptoms and paranoia. While in most cases, the symptoms resolved without medical intervention, they were very unpleasant, with one person reporting that they ‘felt like they were going to die or never be the same again’.
Reagent test kit results were shared by Bernie Maitri: these reports showed the substance was unlikely to be MDMA-like, and could instead contain PM(M)A or 2C-T-X. However these results were inconclusive, so we arranged to send a sample of this drug to Barcelona, where Energy Control conducts an international testing service. Mireia Ventura conducted the tests with GC/MS and LC/MS. The testing confirmed that the contents of the capsules:
- 4-FA (main substance)
- a low amount of MDMA
- 25C-NBOMe
This mixture is consistent with the reports. 25C-NBOMe is highly potent with only microgram doses required to produce strong hallucinogenic effects. 4-FA is an amphetamine-type stimulant which has been described as having an effect somewhere between amphetamine and MDMA. It is concerning that a low amount of MDMA was detected in the mixture, as this may be an indication that the manufacturers were hoping to fool reagent test kits by including enough MDMA to produce a positive result.
PLEASE GO TO BLUELIGHT FOR THE REST OF THIS ARTICLE
http://bluelight.org/vb/content/252-25C-NBOMe-4-FA-and-MDMA-mixture
In recent months DanceWize has received a number of reports from our peers in the dance community who use Mecke and Mandelin reagent tests sourced online (or from a limited number of retailers in Melbourne) that substances purchased as MDMA (colloquially referred to as Ecstasy) were in fact other Novel Psychoactive Substances, including methylone, 2CB, 2CI, and 2CE. Further, of more concern, such reagent tests have also indicated with a high degree of certainty that PMA/PMMA is in circulation in Victoria masquerading as MDMA.
The substances tested were described as a clear capsule containing white powder that had a subtle purple hue, and a circular orange pill with a capitalised ‘B’ press.
This is extremely concerning due to the dangers associated with PMA/PMMA, which is known to elevate body temperature dramatically and has been linked to deaths around the world from hyperthermia (overheating). When partying, if you or anyone else seems to be experiencing fever-like symptoms please seek urgent medical attention and make every effort to reduce core body temperate (drink water, remove clothing layers, apply ice packs to hot spots, and move to a cooler environment if necessary). Remember emergency services are there to help not judge, so don’t hesitate!
DanceWize encourages partygoers to be aware of this trend and consider pill testing as an advisable harm reduction tool. If you would like additional harm reduction educational information please contact DanceWize via the Harm Reduction Victoria website: http://hrvic.org.au/dancewize/.
from press release dated 5/2/2015
***PLEASE NOTE***
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PR Admin Team & Mods.
Substance use disorder (SUD) treatment involves a distinct set of documentation requirements. This is because clinicians may need to record ASAM level-of-care decisions, relapse indicators, session notes, and consent documentation subject to 42 CFR Part 2. A single intake can generate more paperwork than three general medicine visits combined.
That burden is exactly why AI-powered documentation in SUD EMR has moved from a "nice to have" to a core evaluation criterion when treatment centers select or upgrade their substance abuse EMR software in 2026.
Before looking at what AI changes, it's worth being specific about how SUD documentation differs from standard behavioral health charting because of these reasons:
SUD treatment records are subject to 42 CFR Part 2 in addition to HIPAA requirements. As a result, documentation may require specific consent language and disclosure tracking that general EMR systems are not always designed to support.
Level-of-care decisions are documented against the six ASAM dimensions to establish the clinical basis for placement. The rationale should make clear why outpatient, intensive outpatient, residential, or medically managed detoxification is the appropriate setting for the patient's needs.
A client may receive several types of care in the same week, such as group therapy, individual counseling, case management, and medication support. Each service usually requires its own note, which can quickly add to the documentation workload — especially in MAT programs that involve buprenorphine or methadone medications.
Beyond recording completed services, SUD documentation identifies relapse risks and changes over time. Recognizing early warning signs often depends on connecting clinical information distributed across several encounters and treatment notes.
Traditional EMR templates provide the necessary structure, but the narrative reasoning expected by payers and auditors still falls largely to the clinician — and this is where AI is having the most measurable impact.
The term "AI documentation" is often used broadly, so it is important to distinguish the capabilities currently available in substance abuse EMR software from more general marketing claims. These capabilities typically include:
With appropriate consent, voice-to-note tools in EMR capture individual or group sessions and convert the conversation into a structured draft, often using SOAP or DAP formats. Rather than creating the note from scratch, the clinician reviews and signs the generated documentation.
In group sessions involving six to ten participants, some platforms can also assign individual contributions to the appropriate client charts.
AI systems use intake assessments, prior notes, and screening tools such as the ASI, AUDIT, and DAST-10 to build a draft treatment plan aligned with the relevant ASAM dimensions and level of care. This gives clinicians a clear starting point — with the core clinical context already organized and ready to refine.
42 CFR Part 2 records demand a stricter standard of confidentiality — so some EMRs assign AI a precise task: flagging documentation that touches on sensitive substance use history and could trigger added disclosure safeguards. Before that note gets finalized, the system pauses and prompts the clinician to verify the requisite consent is properly on file.
AI models trained on behavioral health data can identify patterns across a client's record that may not be apparent from individual notes. These include clusters of missed appointments before a relapse, shifts in mood-related language over time, and gaps in medication adherence.
Once identified, these patterns can be flagged for the care team, helping emerging concerns stand out without requiring repeated review of earlier documentation.
AI-assisted coding maps documented behavioral health and MAT services to the appropriate CPT and HCPCS codes. This helps reduce claim denials caused by documentation and coding mismatches — an ongoing challenge in SUD billing as service codes and requirements change over time.
Recent research provides a clearer view of where AI-assisted documentation is producing measurable gains in clinical practice. The strongest benefits appear in reduced documentation burden and improved clinician capacity, although financial returns tend to develop more gradually.
Research across five academic medical centers, covering 1,800 clinicians, found measurable reductions in documentation burden among those using AI scribes. For every eight hours of patient care, users spent 16 minutes on documentation and 13 fewer minutes working within the medical record.
The study also found that adopters could accommodate roughly one additional patient every two weeks. On its own, that increase may seem modest — across a busy clinical practice, however, those small gains can add up to meaningful capacity over time.
The financial impact is less immediate. A Black Book Research survey spanning more than 7,800 respondents across 554 hospitals and 629 large practices found that 31% of organizations had piloted or deployed AI documentation tools at meaningful scale in 2025. Yet only 8% of adopters reported a positive return on investment (ROI) within the first 12 months — most expect measurable returns closer to two to two-and-a-half years out.
The evidence, therefore, points to measurable efficiency gains from AI documentation, with clinicians often seeing time savings relatively quickly. However, broader organizational value depends largely on adoption, workflow integration, governance, and sustained use over time.
AI-assisted workflows reduce manual effort across several documentation tasks while maintaining clinician oversight. Key differences from traditional workflows include:

An AI-powered EMR for substance abuse treatment should be judged by how well it reduces documentation burden without weakening compliance or clinical detail. Key areas include 42 CFR Part 2 consent tracking, ASAM-aligned treatment planning, and the reliability of ambient documentation across different care settings — especially group sessions.
Vendor claims also need to be weighed against real workflow performance. Besides that, implementation timelines, revision rates, and ambiguous clinical language can reveal more than broad accuracy claims. The strongest platform is one that improves efficiency without reducing the substance of the record — a balance that matters more than the AI label itself.
It is a lot of trouble to keep track of patient files in a paper-based substance abuse treatment center. Some of the documents in a patient's file may be intake forms, medication logs, progress notes, treatment plans, lab results, and discharge summaries; all stored in various filing cabinets. Finding a complete summary may require pulling multiple folders to see if everything was recorded.
Now, this is changing. According to a 2024 data brief from the Office of the National Coordinator for Health Information technology, 68% of substance use and mental health treatment facilities now rely exclusively on electronic health records, while another 25% use a combination of EHRs and Paper charts. Facilities that adopt substance abuse electronic medical records aren't simply swapping their filing cabinets for screens. This shift changes how treatment information is documented, assessed, and reviewed.
Manual record keeping means writing everything down on paper intake forms, progress notes, printed treatments plans, and assessments. It also means manually searching through file cabinets whenever staff need specific information. None of this makes paper charting inherently unsafe. Plenty of medical facilities have been running paper-based systems for years. The real issue is friction. Every step, from finding to sharing files, can take more effort and, as the patient numbers grow, the problem gets worse.
Even though digital record systems are widely used, many clinics still rely heavily on paper-based systems. A 2023 nationwide survey in the Journal of Medical Internet Research shows that Substance Use Disorder treatment programs are starting to adopt electronic health records more and more. Still, they're running into a lot of roadblocks—things like high startup and maintenance costs, plus worries about privacy and security. So, yeah, the move to digital is definitely happening, but it's uneven. Some clinics jump right in, while others lag behind.
Opening a physical chart means someone has to locate it. It can be a bit time-consuming, especially when staff have multiple responsibilities. With digital records, staff can search for the patient's name and everything is there, without physically locating a file. It includes their histories, treatment plans, medicines, progress notes, and evaluations. In situations like checking in a new patient or dealing with an emergency, this speed can make a huge difference.
The ONC 2024 data show that facilities use EHR systems for recording patient info, like diagnosis, history, notes, meds, and allergies. This makes file retrieval easier, compared to digging through piles of paper charts. Though the system is useful only if the staff takes in complete and accurate notes.
Everyone writes notes differently, and when the clinic gets busy, documentation practices may become less consistent. Having a digital system or EMR won't catch every slip-up, but having standardized templates helps. Staff can fill in the important details every time, so whoever picks up the patient's chart next isn't left guessing what happened. It keeps everyone on the same page.
A patient's treatment plan is almost always a team effort. A counselor may document progress in the morning, a nurse may update the patient's medications a few hours later, and a doctor may need to review both entries before making a treatment decision. The whole process breaks down if someone else is using the paper chart or leaves it on another desk. An electronic system can reduce these problems. Anyone on the team can log in to the system and access the latest updates from the system.
Building on that ONC data, fully digital facilities report more frequent use of electronic tools for tasks like managing medication lists, compared to the hybrid ones.
Medication management plays a big role in substance abuse treatment. Clinicians spend a lot of time tracking prescriptions, checking medication lists, and making sure lab results match up. According to a 2024 ONC report, places that use fully digital systems handle all of this way better. They're more consistent with keeping medication records straight, reviewing labs, and sending prescriptions electronically compared to clinics that still juggle paper and digital files. The real advantage? Everything stays in one place—a single, shared record that keeps medication history and treatment updates clear.
Substance use disorder records get extra layers of confidentiality due to 42 CFR Part 2. However, these records can normally only be shared with the patient's written permission, except for a few exceptions. The truth is, patient records do not always stay put in a secure manner: they can be lost, copied, or fall into the wrong hands. EMR systems help by setting up role-based access, strict permissions, and keeping a log of who looks at what. But just switching to an EMR doesn't mean you're officially compliant with HIPAA or 42 CFR Part 2. You still need to set up the system the right way and make sure everyone on your team handles records carefully.
Pulling together a complete treatment history for a review, insurance request, or audit is not an easy job. It requires finding every treatment plan, each update, progress notes, and referral by hand. When you use paper, someone has to manually find the folders and photocopy every page. Digital systems reduce this manual work. They make it easier to find the exact records needed within seconds.
This matters even more over the full course of treatment, since treatment does not always follow a linear path. Patients may enter one level of care, step down or up between services, adjust medications, and eventually move toward discharge. When each stage is documented, but those documents are stored in a separate physical folder, the records get scattered. EMRs can keep documentation from different stages connected in one place. That provides the doctor with a complete picture when they need it.

Note: Audit depth isn't the same everywhere, so it should always be double-checked to determine how it works for each system during the review.
Going digital may help any medical practice, but the stakes can be higher in substance abuse treatment. Privacy requirements are stricter in this area. Consent rules can differ based on the type of SUD information being disclosed. This includes specially protected counseling notes, and consent may be limited to a specific recipient or purpose.
Medication-assisted treatment can even be more complicated. Dosing information, drug test results, and therapy attendance all need to be available to the care team, including any outside prescribers. An EMR system designed for handling these distinctions can incorporate into the record and the related workflows. However, with a paper-based system, staff need to remember which consent applies to which document.
Not automatically. Paper records do not disappear overnight when a facility adopts an EMR. About 25% of the surveyed facilities still use a hybrid model. This doesn't necessarily mean that the implementation has failed. Many clinics retain older paper charts rather than immediately transferring all records into the EMR. Manually entering years of historical data into a digital system can also introduce errors.
Outside provider records may arrive as PDF documents instead of searchable data, and most clinics keep paper records in case of system downtime. The goal is not necessarily to become completely paperless. It is to let an EMR handle parts of record keeping that it can manage effectively, while paper records remain available for legacy records, downtime, or information received from outside providers.
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To fully grasp the current cultural environment of the modern-day sports fan in Vietnam, start your exploration of this subject by watching television. Fans no longer need to watch televised coverage of games and events; they may now access the same content through numerous devices, anytime, anywhere. Furthermore, fans may also obtain that information, whether it be a Premier League game, an NBA game, or the grand slam finals of tennis, instantly. Fans are able to enjoy all of their favorite sports at home, en route to work (or school), and during brief breaks throughout the day.
The way that fans enjoy sports today is dramatically different from how it was 10 years ago. Although major sporting events are still watched by huge audiences via traditional television, the daily consumption of sport is dominated by online streaming. Fans today can watch a live sports match, see the stats of the match, and review the match post-game all through one application. In addition to watching sports digitally, many fans also engage in digital sports wagering through websites such as betting site Vietnam, which allows them to be even closer to the action of a live event. The ability for fans to participate in the excitement of a live sporting event in real-time has increased because fans are allowed to react to the developing storyline of a live match, as well as look at the statistics and listen to the broadcast of a sporting event on the same platform.
The new model for consuming sport digitally is best illustrated by younger generations. Younger generations do not schedule their lives around watching sports on television. They instead utilize their smartphone or tablet to find out when and where they will be able to watch a particular sporting event. While football continues to be the most popular spectator sport, the number of people who follow other sports, including basketball, tennis, Formula One racing, and fighting sports digitally, has grown significantly.

Different sports services vie for audience members' attention by providing access to unique competitions and events. A large number of fans subscribe to multiple services in order to follow all of the sporting events they are interested in over an entire year:
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The most-watched global sports events are typically the largest viewed programs on television in Vietnam. Programs such as the FIFA World Cup, the UEFA European Championship, the Olympics, and the NBA Playoffs attract a national audience. Additionally, when large sporting events occur, there is an increase in fan usage of digital entertainment platforms, including Melbet online casino, during their leisure time. Digital entertainment platforms provide customers with a variety of gaming options and allow them to use the platform around the clock, thus providing additional options for users' leisure time while waiting for live match and event broadcast coverage. These events tend to unite those who view sports casually and those who are avid sports fans by creating discussions about all aspects of these events, which go well beyond just the actual game(s) being played.
Premier League clubs have huge followings, while many watch Champions League nights and participate in online discussions. Fans also closely track transfers and tactical trends as well as player performances throughout the season. Football remains the most popular sport in local viewership based on famous clubs and star players. Fans gather at cafes, restaurants, and homes to watch major fixtures together. The social aspect of football is a reason why it maintains its leading position over other sports.
Basketball has expanded rapidly thanks to increased NBA accessibility and stronger local interest. Young audiences frequently follow international stars through social media before watching games live. Streaming services have made regular-season coverage easier to access than ever before.
Other sports are also gaining momentum among Vietnamese viewers. Tennis Grand Slams attract large audiences during major tournaments, while Formula 1 has developed a loyal following. Mixed martial arts events and international combat sports broadcasts continue drawing new viewers each year.

Smartphones are now used by most sports fans as their first port of call when it comes to watching the action. Mobile coverage is generally reliable, which means that fans can enjoy match day or weekend sports with few, if any, interruptions. For the average fan, convenience may be worth the sacrifice of screen size. The advantage of being able to watch a game on a bigger screen, particularly one in your own home, may be limited to big event weekends.
Streaming apps continue to improve the experience for users. Apps now use push notification services to keep users informed of their favorite teams' progress. Apps also personalize content based on the preferences of individual users. Users can view multiple types of content, including real-time stats, results, and broadcast video content from multiple devices at once.
The future of watching sports in Vietnam will be increasingly digital, with fans expecting a level of personalization from the experience. This is driven by the increasing speed of internet connection as well as advancements in sports streaming technology. Consumers are now expecting greater flexibility, quicker access to content they have paid for, and the ability to engage far beyond just viewing a live event. It will be these platforms that provide these experiences, which will be at the forefront of the rapid transformation of Vietnam's Sports viewing landscape.
Rugby union thrives on impact, flow, and careful choices made constantly throughout each moment. Though many overlook the ruck, seeing only disorder, it quietly powers every move an attack tries to unfold. When you grasp how rucks are shaped, those involved - coaches, athletes, spectators alike - begin noticing exactly when speed emerges or collapses during live action. For anyone drawn to the thinking behind the sport, stepping past surface-level views opens clearer sight. Simply follow the breakdown details onward.
When contact happens, the contest takes shape immediately. Those reaching the breakdown need to latch on low, keep driving forward, while establishing control along one edge. Power comes from posture - hips lower than shoulders - building force that moves opponents backward. This separation opens up room laterally across the field. The gap defines how far the attack can stretch toward the sideline.

A clean, fast ruck gives attacking players just one more moment to act. Depending on timing, the scrum-half either fires off a sharp pass or pauses under pressure. Fans interested in game stats and wagers find the MelBet app download useful for tracking rugby events. There, real-time odds shift based on how swiftly teams recycle possession and progress through phases, seen in both local leagues and global tournaments.
Efficiency during phases shows how well a team keeps possession while staying organized after each tackle. When rucks are won quickly - under two seconds - offenses often manage four or five actions before defenders regroup. If the ball comes out slowly, attackers get squeezed into tight spaces. Fewer choices appear. Mistakes become far more likely.
Examining phase counts gives clues about offensive consistency - elite watchers of the game pay attention here. Ruck success numbers matter just as much when judging staying power during matches. Information hubs sharing data deliver focused analytics on rugby, and MelBet tips help users grasp how well attacks function under sustained pressure. These resources break down performance patterns so followers can anticipate outcomes when aggressive units face disciplined defenses.
From the first point of contact, a ruck operates not by solo actions but through synchronized tasks. The timing between repeated sequences holds only when every position performs its part without delay. Precision in duty sustains rhythm throughout successive stages.
One task builds on another, so when something fails, it drags down timing or causes loss further along. Each slip feeds forward, turning small hiccups into delays or mistakes later in the process.
Out of quick ruck exits, defenses lose time to organize. A half-passing early lets the backline move play outward ahead of the defensive slide. With shifts still unfolding, spaces open on the edges. There, overlaps build toward free runners facing isolated markers. Gaps appear just when support arrives at the pace.

After strong forwards take control, quick ball release spreads defenders thin across the field - opening gaps on the edges. When rucks move fast, more tries appear out wide. Data from top leagues confirms this link clearly. Weekly reviews of turnover timing help coaches spot flaws - not just in their systems but also where rivals' backline coverage slips sideways.
Most attack plans fail if rucks fall apart. From lineouts to wide passing sequences, timing hinges on clean ball release at the tackle area. Winning teams push forward not by flash but through steady pressure built in those messy moments after contact. A solid ruck isn't just one step among many - it shapes how fast, where, and whether attacks even begin. When the groundwork wobbles, so does everything behind it.
Pillreports is a global database of Ecstasy" pills based on both subjective user reports and scientific analysis. "Ecstasy" is traditionally the name for MDMA based pills, however here we also include closely related substances such as MDA, MDEA, MBDB. Pills sold as "Ecstasy" often include other, potentially more dangerous, substances such as methamphetamine, ketamine and PMA.