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Hospitals Turn to Farm-Fresh Food for Better Health

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Hospital food isn’t known for tasting good or even being all that good for you. But some U.S. hospitals are teaming up with farms to change that.

You probably think of hospital food as premade, prepackaged, bland, and colorless — except for the Jell-O, of course. Maybe you’ve brought a friend or relative soup or a sandwich to their hospital room because the place where you most expect a healthy meal is one of the places you’re least likely to get it.

So you might be surprised to know that some hospitals are teaming up with local farms to offer healthier, tastier food. A few even have their own farm on campus.

“Good food is good medicine,” says Santana Diaz, executive chef of food and nutrition services of UC Davis Medical Center in Davis, CA, and the first U.S.-born person in his family of generations of Mexican farmers.

“Patients are at the center of everything we do,” Diaz says. “I know I’m not a doctor or a nurse standing next to the patient, but I want to give everyone in our care the healthiest choices possible.”

Diaz and others are proving it’s possible to provide healthy meals for patients and help local growers at the same time.

Diaz and his team serve 1,530 patient meals a day and more than 4,000 meals in retail spaces.

Diaz puts his “boots on the ground of every farm we buy from to make sure it’s a real place,” then uses a local distributor for pick up and delivery.

“We get two pallets of produce every day. That’s about 2,000 pounds, or 1 ton,” Diaz says. “When we say we go through a ton of produce a day, we literally mean a ton of produce a day.”

This translates to local tomatoes in salads, local peaches for dessert, and black beans that become a fiber-filled side for taco Tuesday, and a black bean vinaigrette that keeps sugar levels in salad dressing low but the flavor profile high.

It’s also good for the farmers. With a large-scale operation, Diaz can forecast with farmers what his yields and needs are for the year or even years ahead.

“Farmers and ranchers who don’t have a buyer on the backend take all the risk,” Diaz says. “Say a farmer plants asparagus. It’s not something that just pops up in a few months. When it’s ready, asparagus is labor intensive — you have to cut it by hand. Then farmers have to compete with other markets. By the harvest, it may be worth less than it took to produce because of commodity pricing. Then maybe they don’t plant asparagus again the following year.”

“When we can tell a local grower, ‘This is what we need for asparagus next year,’ we’ve eliminated the risk for the farmer because now they know they have a buyer and know what they’re going to yield per acre,” Diaz says. “And we’ve preserved that crop in the region.”

More than half of the produce that John Muir Medical Centers serves to patients and visitors — 60% — comes from California. And 50% of that comes from farms within a 150-mile radius.

That’s possible thanks to their partnership with Bay Cities Produce Co. While Joe LaVilla, the culinary operations manager of nutrition services for John Muir, focuses on the meals, Bay Cities vets and works with local farms to make sure the necessary but less sexy side of food procurement — federally regulated standards like food safety, fair trade and field, soil and water testing — is up to speed.

 

“Hospitals don’t want people getting sick,” says Steve del Masso, president of Bay Cities Produce Co. “John Muir has the desire to do the right thing with small farms, and they’re dedicated to keeping local going. At the same time, there are food safety concerns. I think we’re a good go-between.”

For patients, this means the stir-fried vegetables or carrots in the carrot-ginger soup come fresh from farms, not out of freezer bags.

“Our overnight oats for breakfast feature local blood oranges. We serve local squashes, Brentwood corn in season, and up to four special salads a day — all based on what’s fresh and local,” DaVilla says. “Our best seller is a steak salad with arugula, endive, peppers, frisee, and shaved onion.” 

Built on a former golf course, Lankenau Medical Center’s 98-acre campus includes a 2-acre farm right across the street from the emergency room.

Since 2016, the Deaver Wellness Farm has produced more than 13,000 pounds of onions, greens, tomatoes, melons, beans, and peas.

“Anything you can grow, we grow,” says Phil Robinson, president of Lankenau Medical Center.

Education is a big part of the programming. School children visit the farm to learn about food that doesn’t come out of a wrapper or bag. Patients with food insecurity — those who don’t have access to fresh fruits and vegetables — talk with a dietitian about produce and recipes. Then they get fresh fruits and vegetables delivered to their homes.

“If you just patch them up and send them back where they came from, you’re not doing a lot of good,” Robinson says. “If we’re really going to make a difference and improve our patients’ health status, it has to be outside the four walls of this hospital.”

All 3,000-plus pounds of produce harvested from The Sky Farm at Eskenazi Health every year make their way into free food and nutrition classes. This helps patients at all Eskenazi locations — especially those with diabetes, heart disease, and other chronic diseases — learn how to control and even reverse their conditions.

Class topics include “Lifestyle Medicine,” “Growing Strong: Cooking Matters,” “Fresh Veggie Fridays,” and “What Can I Eat?”

Squash, peppers, tomatoes, eggplant, cucumbers, radishes, and herbs are just a few of the crops that grow on Boston Medical Center’s rooftop farm every year.

More than 5,000 pounds of food from the farm is used in hospital cafeterias, patient meals, demonstration kitchens, and the center’s preventive food pantry, which supplies nutritious food to those who can’t afford it.

The micro-farm on the third floor deck of the Health Science Center at Stony Brook Medicine has more than 2,000 square feet of gardening space that yields fresh fruits and vegetables used in patient meals.

Their “farm-to-bedside” concept often includes a tent card on the tray to let patients know some of their meal was harvested at the farm.

Through a partnership with the Rodale Institute, St. Luke’s University Health Network has St. Luke’s-Rodale Institute Organic Farm, 8 acres of crops that supply all 12 hospitals in their network with 100 varieties of chemical-free, certified organic produce.

Everything from salad greens, broccoli, and peppers to Swiss chard, garlic, beets, and herbs is incorporated into patient, visitor, and staff meals, and is available for purchase at on-site farmers markets at various hospital locations. 



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Microbiology Laboratory Strategies to Advance Antimicrobial Stewardship

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In this article four experts from bioMérieux discuss microbiology strategies to advance antimicrobial stewardship, reflecting on a recent Xchat (Twitter Chat) on the topic. 



Authored By: Katarzyna Wojcik, PMP, PhD, Andrea Prinzi, PhD, MPH, CPH, SM(ASCP), Amanda Suchanek, Ph.D., Jessica Blavignac


There is no question that antimicrobial resistance (AMR) has created new challenges for all stakeholders, requiring active and continued collaboration between healthcare professionals and various disciplines to overcome.

In October 2023, Chat host #ASPchat partnered with bioMérieux and its experts; Katarzyna Wojcik, Andrea Prinzi, Amanda Suchanek, and Jessica Blavignac, to share expertise on various strategies that microbiology laboratories can apply to help advance diagnostic and antimicrobial stewardship programs (ASP). 

Laboratory directors, medical laboratory scientists, pharmacists, nurses, and physicians are key leaders in ASP efforts to combat AMR. The success of AMS programs and initiatives relies on the collaboration between these medical teams, and the involvement of the medical microbiology laboratory is imperative. The incorporation of effective laboratory processes supports the systematic application of best practices needed to be good stewards of antibiotics.

Data are more than just numbers

AMR is now recognized as a leading cause of global mortality. In 2019, The Lancet shared a systemic analysis that reported an estimation of 1.27 million deaths attributed to and 4.95 million deaths associated with AMR globally. One of the best tools stakeholders have to act against AMR is data, of which laboratories are a primary generator. Access to rapid data allows hospitals to act quickly, reduce time to appropriate antimicrobial therapy, reduce costs, and provide a more accurate diagnosis for the patient, which ultimately develops medical excellence and helps fight AMR.

During the October #ASPChat, bioMérieux and participants agreed on the value of local data to help understand and communicate the true impact of AMR. While the global AMR statistics are powerful, having local data makes information more relatable and actionable. Resource hubs like the Centers for Disease Control (CDC) and the Public Health Agency of Canada (PHAC) provide information that helps to relay the science and severity of AMR burden and the value of ASP. 

“I really love the resources the @CDC_AR has come out with. Easy-to-understand communication of the science around #AMR is super important, and I think @CDCgov coming out with a dedicated resource hub is pretty fantastic.” 

Amanda Suchanek, Ph.D. Medical Advisor, bioMérieux 

Chat participants also shared that institution-specific data resonate best with providers when it comes to prescribing and direct patient care. Institution-specific data can be leveraged to provide feedback to clinicians and help encourage ASP best practices. For example, the data can be used to evaluate provider antibiotic use versus approved criteria for use and then relay these data back to clinicians like a report card. These data, including antibiotic utilization, hospitalization rates, length of stay, and AMS interventions with associated outcomes serve as impactful benchmarking metrics and may support the prevention and reduction of AMR by encouraging improved stewardship. 

Antibiograms: Local Data Super Tool

Access to AMR data on a local level is critical to fully understanding local resistance patterns and implementing effective ASP initiatives. Enter super tool, antibiogram. 

“Antibiograms inform appropriate antimicrobial prescribing. Antibiograms help get the right drug to the right patient at the right dose.” 

Katarzyna Wojcik, PMP, PhD, Senior Medical Science Liaison, bioMérieux

While this super tool can be the best opportunity to determine local susceptibility rates, track resistance trends, and inform empiric antibiotic therapy, antibiograms can be complex, vary in development amongst institutions, and may be poorly understood. 

So how can antibiograms be more user-friendly and impactful? Stewardship teams can collaborate with prescribers and the microbiology laboratory to ensure proper education that provides guidance and confidence in antibiogram use and appropriate interpretation and application to clinical decision-making.

Amanda Suchanek, Ph.D. Medical Advisor, bioMérieux, discussed resources like the CLSI M39 guideline which provides specific recommendations to help ensure that antibiograms are accurate, reliable, and valid. Recent updates introduced to the CLSI M39 guideline in the 5th edition, like color coding, address current trends in microbiology laboratories, informatics systems, and ASPs to enhance the value of cumulative antimicrobial susceptibility test (AST) data generated.  

“The point of an antibiogram is to offer clinicians data on local trends so that they may take that into account when selecting appropriate empiric therapy. A lot of data is produced by the  micro lab each year, and consolidating this information can be daunting.” 

Andrea Prinzi, PhD, MPH, SM (ASCP) Field Medical Director, bioMérieux 

The optional use of the color-coded system on routine or enhanced antibiograms was discussed during the #ASPchat, as a way to further support the prescriber for optimal empirical treatment. Another participant offered advice that including antibiograms directly in treatment guidelines can allow the provider guidance, to see recommended therapies and local resistance rates to better understand why specific therapies were selected. 

The Role of Diagnostic and Antimicrobial Stewardship

If antibiograms are the engine to help identify local AMR trends, the microbiology laboratory is the fuel for that engine. With antibiotic overuse being a key driver for AMR, #ASPchat experts suggested that we must urgently reconsider how we use antimicrobials to preserve for future generations. Reducing inappropriate antibiotic use is possible with the help of innovative and rapid diagnostics and the support of various disciplines partnering together. 

Think of it as a team sport. Diagnostic stewardship encompasses considerations across the diagnostic process from pre-analytic to post-analytic, with inputs from laboratory medicine, pharmacy, nursing, and treating clinicians to ensure appropriate tests are ordered and resulting data are actionable and timely.  

Diagnostic stewardship is complementary to ASP: implying ordering the right tests, for the right patient, at the right time; judicious use of rapid diagnostics for proper antibiotic therapy initiation & avoiding excessive use of broad-spectrum antibiotics.”

Jessica Blavignac, Director of Scientific and Medical Affairs, bioMérieux 

While diagnostic stewardship is needed to ensure appropriate testing, ASPs are needed to ensure that clinician prescribing is appropriate in the context of diagnostic test results. As technology continues to evolve, rapid diagnostics in the laboratory can support ASP initiatives by providing real-time decision support at the time of result reporting to secure the right interpretation, supporting optimal antibiotic therapy. 

This act of stewardship remains needed to help new diagnostic advancement conserve additional healthcare resources and enhance patient care. A strong and consistent cadence of communication between treating physicians, ASPs and the lab can make the difference between a small number of necessary tests and many unnecessary ones. As Katarzyna Wojcik, PMP, PhD, Senior Medical Science Liaison, bioMérieux said, “ASPs + Lab = best test choice = best use of results!”

“Pre-analytic: help provide education about appropriate test collection practices, support the lab in rejection of tests that don’t meet criteria. For expensive/complex tests targeted for intervention, consider requiring ASP or ID team approval prior to ordering. Post-analytic: Communication is key! Serve as a translator between the lab & clinicians, explaining test results and/or any relevant interventions. Provide education around lab reporting practices.” 

Andrea Prinzi, PhD, MPH, CPH, SM(ASCP), Field Medical Director, bioMérieux 

Another helpful strategy #ASPchat experts suggested to influence patterns of antimicrobial prescribing is the intervention known as nudging. Nudging retains prescriber autonomy while guiding their decision-making with strategic data. With many complexities around the emergence of AMR, implementing effective ASP interventions requires a coordinated multidisciplinary effort. Open communication and openness to communication are warranted to help change these behavioral aspects of prescribing in various settings. 

Antimicrobial Susceptibility Results – Context Is Key

A major component of reporting antimicrobial susceptibility results is the inclusion of minimum inhibitory concentration (MIC) in reporting. MICs provide useful insights that can lead to more effective antibiotic decision-making. Among the bioMérieux experts and other participants in the #ASPchat, there was agreement that reporting MICs is valuable data, especially if updated breakpoints are not being used. However, this information is important only when understanding what to do with it.

“In my practice, we always reported the MIC. There are multiple reasons for this, but mostly clinicians wanted to see it. The MIC is useful information for dosing and is essential information if a lab is not using up-to-date breakpoints. That said, the nuances of MICs are not always fully understood, and labs may choose to not to report them. Even if not reported, making MICs accessible for clinicians as needed is helpful.”

– Andrea Prinzi, PhD, MPH, CPH, SM(ASCP), Field Medical Director, bioMérieux 

Amanda Suchanek, Ph.D. Medical Advisor, bioMérieux concurred with this by saying, “I tend to like to err on the side of more data is better so I would rather see the MICs, or at least have access to them. I understand that having *too* much data can present a whole new set of problems. Context is everything.” 

Collaboration between the lab and ASPs is warranted to help clinicians interpret the MIC values in the context of infection sites, test methods, dosing, and more. Data generated from automated antimicrobial susceptibility testing may be limited in what can be tested in terms of antibiotics and MIC dilutions. 

One method is to use clinical pharmacokinetic-pharmacodynamic (PK-PD) target attainment analyses to determine efficacy. While the use of MICs can present challenges to those with limited exposure, continuing to seek a better combination of tools will allow for a more intentional approach to reporting and data, and facilitate empiric therapy. 

In conclusion, the #ASPchat stimulated thoughtful discussion among laboratory professionals, clinicians, and pharmacists which yielded valuable insights about how the microbiology laboratory can help improve stewardship initiatives and combat the serious and growing public health concern of AMR. 

Please share your thoughts in the comments below. We would love to keep this conversation going!  

ABOUT THE AUTHORS

Katarzyna Wojcik, PMP, PhD is a Senior Medical Science Liaison at bioMérieux

Andrea Prinzi, PhD, MPH, CPH, SM(ASCP)  is a Field Medical Director of US Medical Affairs at bioMérieux 

Amanda Suchanek, Ph.D. is a Medical Advisor at bioMérieux 

Jessica Blavignac is a Director of Scientific and Medical Affairs at bioMérieux


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How to Build a Support Network for Schizophrenia Care

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If you’ve become a caregiver for a family member or friend with schizophrenia, it’s tough to go it alone. The demands on your psychological and physical well-being, and on your personal life and finances, can be heavy.

“A lot of caregivers experience uncertainty about what the future will look like, not just for their loved one but for themselves,” says Christine Crawford, MD, MPH, associate medical director at the National Alliance on Mental Illness (NAMI).

“All their expectations about holding a job and relationship kind of get shifted after the schizophrenia diagnosis. It’s a period of adjustment.”

But you can tap rich resources of information and support during this period of adjustment. You just need to be willing to ask and know where to look.

Education About Schizophrenia Caregiving

“It’s often difficult for caregivers to have a good appreciation of what the schizophrenia diagnosis is all about, to get past their own preconceived notions,” says Crawford, a Boston-based psychiatrist. “So it’s important to start off by educating yourself about the condition and what (caregiving) support is all about.”

You might start with a trip to a public or medical school library. Or visit the websites of mental health and caregiving advocacy groups. Some you might try:

  • The Schizophrenia & Psychosis Action Alliance offers materials in print, video, and presentation formats about schizophrenia and psychosis. They even have a schizophrenia caregiver toolkit.
  • NAMI has lots of videos and other materials on schizophrenia, an eight-session YouTube “NAMI Family-to-Family Program” that helps caregivers, a helpline, and online discussion groups. 
  • The Family Caregiver Alliance has a page with resources on caregiving in general.

But don’t let your learning begin and end with what you read, Crawford urges. If your loved one agrees, go with them on some doctor visits. You can learn more about their treatment plan and develop a bond with their mental health provider.

And before you make assumptions, ask the person you’re helping about their symptoms, experiences, emotions, and ambitions, she says.

“Don’t challenge the loved one about the realities of their symptoms. Ask how they are experiencing schizophrenia and get to the emotional component,” Crawford says. “It can be more helpful for the caregiver to learn from the loved one than from a book.”

Getting Help From Family and Friends

Many primary schizophrenia caregivers feel guilty that they can’t handle the job alone. But if you can get past any mental blocks about seeking help, you may find valuable allies and a support system.

A few of the ways other friends and family members can help:

  • “Respite care” — giving you time to recharge your batteries by going to the gym or a movie, a walk in the woods, or whatever helps
  • Running errands like grocery shopping
  • Driving your loved one to doctor’s appointments or picking up your kids from school
  • Paying the household bills
  • Doing online research into organizations that offer financial help to families with schizophrenia

“I recommend that caregivers write down a list of all the things that are hard for them to get done in a week and then ask if family and friends are willing to take them on,” Crawford says.

That said, be aware that it’s sometimes hard for friends and family members to be consistent through the worst of schizophrenia.

Deborah Fabos of Tehachapi, CA, has been her son’s caregiver since his diagnosis in 2000, when he was 17. She says other relatives were helpful to a point. But she found the back-up she needed to manage both her son’s life and her own was elusive.

“Family and friends are priceless if they can sit with your loved one and hold their hand,” Fabos says. “But unless they have been there in those situations with anosognosia (when someone denies they are ill), it’s really hard to have true empathy. They don’t understand the spectrum.”

Even if family and friends struggle with “their own negative associations about schizophrenia,” caregivers should seek their help, Crawford says. “They may be able to get to where you need them to be a year from now.”

Find a Caregiver Support Group

Over time, Fabos became a volunteer and speaker for schizophrenia-related causes. She recently helped start a chapter for the Schizophrenia & Psychosis Action Alliance (S&PAA) in her home county. She also launched a caregiver support group called Families For Care that now boasts more than 800 members worldwide.

“Joining a support group is the biggest lesson I’ve learned,” she says. “You can get the resources you need in the right support group. There will be someone in the group where, if they haven’t been through the exact same situation you have, it’s close enough.”

In Fabos’s group, she says, caregivers not only get a sounding board, but often get help from nearby members with daily tasks.

Along with searching the internet and social media outlets, you can find a nearby support group by:

  • Registering for one through S&PAA
  • Using the NAMI Connection support group search engine
  • Messaging through Mental Health America’s Inspire schizophrenia board

Crawford says it’s a good idea to join a schizophrenia or mental illness caregiver support group even if you enjoy a great support network of family and friends.

“If you encounter a bump in the road with your loved one, the support group can say, ‘I know it’s difficult now, but hang in there. It worked for me, and I strongly believe it can work for you,’” she says.

 “And if you go to a support group and it’s not a good fit, it’s OK to need to look for another. It’s not a one-size-fits-all approach.”



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Mycoplasma Pneumoniae Infections Across the COVID-19 Pandemic

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This study utilized data from the CDC’s National Syndromic Surveillance Program (NSSP) and the New Vaccine Surveillance Network (NVSN) to investigate Mycoplasma pneumoniae infections before, during, and after the COVID-19 pandemic. M. pneumoniae infections exhibit significant cyclical increases every 3 to 5 years, attributed to shifts in the dominant circulating strain. Treatment typically involves macrolide antibiotics, although resistance rates vary.

Analysis showed a reduction in diagnoses related to M. pneumoniae from 1.15% in the period before the pandemic to 0.35% during the pandemic, followed by a rise to 0.89% after the pandemic. In a similar trend, data from NVSN indicated a decrease in M. pneumoniae positive tests from 1.2% before the pandemic to 0.04% amidst the pandemic and a subsequent increase to 0.53% following the pandemic. Of 14 specimens tested for macrolide resistance, 13 were identified as susceptible.

“Data collected by NSSP and NVSN demonstrate that the percentage of M. pneumoniae diagnoses and positive M. pneumoniae test results decreased during the COVID-19 pandemic,” according to the CDC. “The percentage of diagnoses and positive test results have increased since September 2023 but remain below pre-pandemic levels.”1

3 Key Takeaways

  1. This study highlights the pandemic’s overarching effect on the epidemiology of respiratory infections.
  2. M pneumoniae infections are characterized by their cyclical increases every 3 to 5 years, a pattern that was disrupted by the pandemic.
  3. The study acknowledges limitations, including the reliance on surveillance data and a small sample size for resistance testing.

The NSSP dataset included data on emergency department visits for pneumonia, covering a network of facilities across the US with a focus on children and adolescents. The NVSN monitored acute respiratory infections in this demographic. This effort involved testing for M. pneumoniae at 4 sites, with an additional 3 sites conducting tests for diagnostic purposes. The study was segmented into 3 periods, pre-pandemic (January 2018 to April 2020), during the pandemic (May 2020 to August 2023), and post-pandemic (September 2023 to December 2023). Furthermore, the infection specimens testing positive at 4 NVSN sites from September 2023 to January 2024 were subjected to molecular analysis at the CDC to determine macrolide resistance.

The limitations of the study include the dependence on surveillance and laboratory data, which might not encompass all instances of the infection. Moreover, the limited number of specimens evaluated for macrolide resistance constrains the applicability of these results. Despite the backdrop of antimicrobial resistance concerns, the findings support using macrolides as the first-line treatment for M. pneumoniae infections in the United States.

A previous report by Contagion on treatment for the infection states, “A retrospective study of children treated for severe refractory Mycoplasma pneumoniae pneumonia (SRMPP) with the fluoroquinolone moxifloxacin and/or the antibiotic azithromycin found no statistically significant differences between these two treatments, either in clinical symptoms or findings on imaging.”2

They defined a serious adverse event as a musculoskeletal effect that affected daily living, a height gain of less than 80% of the expected value, and moderate to severe VR cardiac ultrasound. Growth reached at least 80% of the expected height increment. Clinical symptoms were similar in the groups and included effusion and knee pain. However, radiographs did not indicate any obvious knee abnormalities in either group or any statistically significant differences in imaging findings between the groups. As for VR-related adverse events, no statistical difference was found in the incidence rate of VR before and after treatment, leading investigators to consider mild VR as “doubtfully related to moxifloxacin.” Based on these findings, investigators concluded that moxifloxacin was well tolerated and safe for treating SRMPP in children.

In conclusion, the study shows that the COVID-19 pandemic has temporarily changed M. pneumoniae infections, impacting diagnosis rates and cyclical patterns. However, the effectiveness of macrolide antibiotics continues to be largely maintained, providing a positive aspect in managing respiratory infections during and after the pandemic. The research highlights the need for ongoing monitoring and strategies to combat the infections.

References

  1. CDC. Notes from the field: Reemergence of Mycoplasma pneumoniae Infections in Children and Adolescents after the Covid-19 Pandemic, United States, 2018–2024. MMWR Morb Mortal Wkly Rep. Published February 22, 2024. Accessed February 22, 2024. doi:10.15585/mmwr.mm7307a3
  2. Freedman M, Farber J. Fluoroquinolone safe for treating severe refractory m pneumoniae pneumonia. Contagion. Published December 11, 2023. Accessed February 22, 2024. https://www.contagionlive.com/view/quinolone-safe-for-treating-severe-refractory-m-pneumoniae-pneumonia



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Crockpot Salisbury Steak Recipe | The Recipe Critic

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Make dinnertime easy with this Crockpot Salisbury Steak recipe! Juicy beef patties slow cooked to tender perfection in an onion and mushroom gravy. This is a no-fuss dinner that is so hearty and delicious!

Using a Crockpot is the best way to enjoy a hearty meal with little to no prep! Try this Crockpot chicken and gravy, bourbon chicken, or beef bourguignon next! You can also check out my full list of slow cooker recipes for more easy dinner inspiration.

Salisbury Steaks in a slow cooker, covered with a mushroom and onion gravy.

Salisbury Steak in the Crockpot

Dinnertime is a breeze with this Crockpot Salisbury steak! Everyone will love this tried and true recipe. It’s so hearty and delicious! You’ve got tender beef patties slow cooked in a mouthwatering onion and mushroom gravy. SO good over some mashed potatoes, egg noodles, or white rice!

Just give your ground beef patties a quick sear, then throw everything in your slow cooker and let it slow cook on high for 3 hours, or low for 3. Home-cooked, hearty goodness with minimal prep! If you love this recipe, you’ll also have to try this skillet Salisbury Steak! It’s one of my favorites.

Ingredients You’ll Need

I love this recipe for Crockpot Salisbury Steak because it uses so many simple sauces and seasonings (even though it tastes like a million bucks!) I’m sure you’ll have a lot of these ingredients on hand already. Check out the recipe card for exact measurements.

  • Ground Beef: The heart of the dish, lean ground beef is ideal. You could also use ground turkey for an even leaner version of this Salisbury Steak recipe!
  • Bread Crumbs: Bulk up and add texture to the meatballs.
  • Ketchup: Sweetens and moistens the meatball mixture.
  • Worcestershire Sauce: Deepens flavor with all that savory goodness!
  • Mustard Powder: Adds a kick of flavor to the meat patties.
  • Egg: Binds everything together.
  • Salt & Pepper: Season to your preference!
  • Butter: For browning the patties in before slow cooking.
  • Mushrooms: Add earthy flavor and a wonderful meaty texture.
  • Large Onion: Adds sweetness and texture to the gravy.
  • Beef Broth: The base of the flavorful gravy. You could also use mushroom or vegetable broth if you prefer.
  • Cornstarch: So the gravy can thicken to perfection.
  • Water: Thins the cornstarch slurry for smooth mixing.
  • Fresh Chopped Parsley (optional): A vibrant garnish that also adds a boost of flavor to the Crockpot Salisbury Steak.
  • Mashed Potatoes (for serving): The perfect accompaniment to soak up the delicious gravy. If you’re looking for something easy, try these Instant Pot mashed potatoes!

How to Make Salisbury Steaks in a Crockpot

  1. Add Vegetables to Pot: Place the sliced mushrooms & onions in the bottom of the crock pot.
  2. Beef Mixture: In a medium-sized mixing bowl add the ground beef, bread crumbs, ketchup, Worcestershire sauce, ground mustard, egg, salt, and pepper. Mix with your hands until combined. Then shape into 4 oval patties.
  3. Sear: Heat the butter in a medium-sized skillet over medium-high heat. Add the patties and then cook for 3 minutes on each side. They don’t need to be cooked all the way through, just browned. 
  4. Layer: Layer the patties over the mushrooms and onions so they infuse the meat with flavor.
  5. Gravy Mixture: In a medium bowl, add the beef broth, ketchup, and Worcestershire sauce and then whisk to combine. Pour over the beef patties.
  6. Slow Cook: Cook on high for 3 hours, or low for 5 hours.
  7. Thicken Gravy: Remove the patties from the crockpot and then set aside. In a small bowl add the cornstarch and water creating a slurry. Then stir into the broth and let cook a few minutes until thickened. Add the beef patties back to the crock pot and gently toss to coat the patties in the sauce.
  8. Garnish and Serve: Garnish with fresh chopped parsley and serve over mashed potatoes.
4-photo collage of the vegetables, beef patties, and gravy mixture being added to a Crockpot.

What to Serve With Salisbury Steak

Every hearty dish needs a tasty side to go with it! Try some of these:

  • Mashed Potatoes: Mashed potatoes are a must with Salisbury steak! Try my dad’s mashed potatoes or these easy instant pot potatoes.
  • Noodles: If you don’t like mashed potatoes, serve this crockpot Salisbury steak over a bed of noodles. We prefer egg noodles but feel free to use any noodles you like!
  • Vegetables: Serve with a side of veggies like these green beans for a complete meal!

Crockpot Salisbury Steaks served over mashed potatoes.

Storing Leftovers

Crockpot Salisbury steak makes perfect leftovers for a quick and easy lunch. It’s so easy to reheat and enjoy later!

  • In the Refrigerator: Store for 2-3 days in an airtight container.
  • To Reheat: I always like to reheat leftover Salisbury steaks in a skillet over medium heat. If you need to add moisture back to the patties or gravy, add a splash of beef broth. You can also reheat your steaks in the microwave with 1-minute cooking intervals.

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  • Place the sliced mushrooms & onions in the bottom of the crock pot.

  • In a medium-sized mixing bowl add the ground beef, bread crumbs, ketchup, Worcestershire sauce, ground mustard, egg, salt, and pepper. Mix with your hands until combined then shape into 4 oval patties.

  • Heat the butter in a medium-sized skillet over medium-high heat. Add the patties and cook for 3 minutes on each side. They don’t need to be cooked all the way through, just browned.

  • Layer the patties over the mushrooms and onions.

  • In a medium bowl, add the beef broth, ketchup, and Worcestershire sauce and whisk to combine. Pour over the beef patties.

  • Cook on high for 3 hours, or low for 5 hours.

  • Remove the patties from the crockpot and set aside. In a small bowl add the cornstarch and water creating a slurry. Stir into the broth and let cook a few minutes until thickened. Add the beef patties back to the crock pot and gently toss to coat the patties in the sauce.

  • Garnish with fresh chopped parsley and serve over mashed potatoes.

Serving: 1pattyCalories: 475kcalCarbohydrates: 23gProtein: 26gFat: 31gSaturated Fat: 13gPolyunsaturated Fat: 1gMonounsaturated Fat: 12gTrans Fat: 2gCholesterol: 136mgSodium: 1099mgPotassium: 734mgFiber: 1gSugar: 7gVitamin A: 322IUVitamin C: 4mgCalcium: 84mgIron: 4mg

Nutrition information is automatically calculated, so should only be used as an approximation.





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Focusing on Gut Health Can Aid Weight Loss

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Feb. 22, 2024 — Injectable weight loss drugs like Wegovy, Saxenda, and Zepbound have been getting all the glory lately, but they’re not for everyone. If the inconvenience or cost of weight-loss drugs isn’t for you, another approach may be boosting your gut microbiome.

So how does one do that, and how does it work?

“There are a lot of different factors naturally in weight gain and weight loss, so the gut microbiome is certainly not the only thing,” said Chris Damman, MD, a gastroenterologist at the University of Washington. He studies how food and the microbiome affect your health. “With that caveat, it probably is playing an important role.”

Trillions of Microbes

The idea that your gut is home to an enormous range of tiny organisms — microbes — has existed for more than 100 years, but only in the 21st century have scientists had the ability to delve into specifics. 

We now know you want a robust assortment of microbes in your gut, especially in the lower gut, your colon. They feast on fiber from the food you eat and turn it into substances your body needs. Those substances send signals all over your body. 

If you don’t have enough microbes or have too many of the wrong kinds, it influences those signals, which can lead to health problems. Over the last 20 years, research has linked problems in the gut microbiome to a wide variety of conditions, including inflammatory bowel disease, autoimmune diseases like rheumatoid arthritis, metabolic ones like diabetes, and cardiovascular disease, asthma, and even autism.

Thanks to these efforts, we know a lot about the interactions between your gut and the rest of your body, but we don’t know exactly how many things happen — whether some teeny critters within your microbiome cause the issues or vice versa. 

“That’s the problem with so much of the microbiome stuff,” said Elizabeth Hohmann, MD, a physician investigator at the Massachusetts General Research Institute. “Olympic athletes have a better gut microbiome than most people. Well, sure they do — because they’re paying attention to their diet, they’re getting enough rest. Correlation does not causation make.” 

The American Diet Messes With Your Gut

If you’re a typical American, you eat a lot of ultra-processed foods — manufactured with a long ingredients list that includes additives or preservatives. According to one study, those foods make up 73% of our food supply. That can have a serious impact on gut health.

“When you process a food and mill it, it turns a whole food into tiny particles,” Damman said. “That makes the food highly digestible. But if you eat a stalk of broccoli, a large amount of that broccoli in the form of fiber and other things will make its way to your lower gut, where it will feed microbes.” 

With heavily processed foods, on the other hand, most of it gets digested before it can reach your lower gut, which leaves your microbes without the energy they need to survive. 

Rosa Krajmalnik-Brown, PhD, is director of the Biodesign Center for Health Through Microbiomes at Arizona State University. Her lab has done research into how microbes use the undigested food that reaches your gut. She describes the problem with processed foods this way: 

“Think about a Coke. When you drink it, all the sugar goes to your bloodstream, and the microbes in your gut don’t even know you’ve had it. Instead of drinking a Coke, if you eat an apple or something with fiber, some will go to you and some to the microbes. You’re feeding them, giving them energy.”

Weight and Your Gut Microbiome 

The link between gut health and body weight has received a lot of attention. Research has shown, for example, that people with obesity have less diversity in their gut microbiome, and certain specific bacteria have been linked to obesity. In animal studies, transplanting gut microbes from obese mice to “germ-free” mice led those GF mice to gain weight. This suggests excess weight is, in fact, caused by certain microbes, but to date there’s scant evidence that the same is true with humans.

Krajmalnik-Brown’s group did an experiment in which they had people follow two different diets for 23 days each, with a break in between. Both provided similar amounts of calories and macronutrients each day, but via different foods. The study’s typical Western menu featured processed foods — think grape juice, sandwiches made with deli turkey and white bread, and spaghetti with jarred sauce and ground beef. The other menu, what researchers called a “microbiome enhancer diet,” included foods like whole fruit, veggie sandwiches on multigrain buns, and steak with a side of whole wheat spaghetti. 

While the study wasn’t designed for weight loss, an interesting thing happened when researchers analyzed participants’ bowel movements.

“We found that when you feed subjects a diet designed to provide more energy to the microbes and not to the [body], our subjects lost a little weight,” Krajmalnik-Brown said. “It looks like by feeding your microbes, it seems to make people healthier and potentially even lose a little.”

Another possible mechanism involves the same hormone that powers those injectable weight loss drugs. The lower part of your gut makes hormones that tell the entire gut to slow down and also help orchestrate metabolism and appetite. Among them is GLP-1. The drugs use a synthetic version, semaglutide or tirzepatide, to trigger the same effect. 

According to Damman, you can stimulate your gut to make those helpful hormones with the food you eat — by giving your microbes the right fuel.

Eat to Feed Your Microbes

The foods you eat can affect your gut microbiome, and so your weight. But don’t go looking for that one perfect ingredient, experts warn. 

“Oftentimes we get this micro-focus, is this a good food or a bad food?” warned Katie Chapmon, a registered dietitian whose practice focuses on gut health. “You just want to make sure your microbiome is robust and healthy, so it communicates that your body is running, you’ve got it.”

Instead, try to give your body more of the kinds of food research has shown can feed your microbiome, many of which are plant-based. “Those are the things that are largely taken out during processing,” Damman said. He calls them the “Four Fs”:

  • Fiber: When you eat fiber-rich foods like fruits, vegetables, whole grains, nuts, and beans, your body can’t digest the fiber while it’s in the upper parts of your GI tract. It passes through to your lower gut, where healthy bacteria ferment it. That produces short-chain fatty acids, which send signals throughout your body, including ones related to appetite and feeling full.
  • Phenols: Phenolic compounds are antioxidants that give plant-based foods their color — when you talk about eating the rainbow, you’re talking about phenols. The microbes in your gut feed on them, too. “My goal for a meal is five distinct colors on the plate,” Chapmon said. “That rounds out the bases for the different polyphenols.”
  • Fermented foods: You can get a different kind of health benefit by eating food that’s already fermented — like sauerkraut, kimchi, kefir, yogurt, miso, tempeh, and kombucha. Fermentation can make the phenols in foods more accessible to your body. Plus, each mouthful introduces good bacteria into your body, some of which make it down to your gut. The bacteria that are already there feed on these new strains, which helps to increase the diversity of your microbiome. 
  • Healthy fats: Here, it’s not so much about feeding the good bacteria in your microbiome. Damman says that omega-3 fatty acids, found in fatty fish, canola oil, some nuts, and other foods, decrease inflammation in the lining of your gut. Plus, healthy fat sources like extra-virgin olive oil and avocados are full of phenols.

Eating for gut health isn’t a magic bullet in terms of weight loss. But the benefits of a healthy gut go far beyond shedding a few pounds.

“I think we need to strive for health, not weight loss.” Krajmalnik-Brown said. “Keep your gut healthy and your microbes healthy, and that should eventually lead to a healthy weight. You’ll make your microbes happy, and your microbes do a lot for your health.”



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FDA Approves Combination Antibiotic for Treatment of Complicated Urinary Tract Infections

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This article first appeared on our sister site, Contemporary OB/GYN.

The investigational combination antibiotic, cefepime-enmetazobactam (Exblifep; Orchid Pharma) was granted FDA approval for treating cUTI in adults after demonstrating superiority over piperacillin-tazobactam in clinical cure and microbiological eradication in a global phase 3 trial.1

Coincidentally, the federal agency issued a complete response letter for another combination antibiotic, cefepime-taniborbactam, for the treatment of cUTI on the same day.

The cefepime-enmetazobactam approval is based from the data of a randomized, controlled, double-blind, late stage trial treating cUTI.2 The fourth-generation cephalosporin cefepime and proprietary beta lactamase inhibitor combination was developed to fight antimicrobial resistance in gram-negative bacteria. Non-inferiority and superiority criteria for clinical cure and microbiological eradication were observed when comparing cefepime-enmetazobactam to piperacillin-tazobactam.

Complicated UTI requiring therapy is reported in approximately 3.6 million patients in the US annually, and results in over 626,000 hospitalizations for the condition.3 Symptoms of cUTI include chills, fever, back pain, flank pain, costo-vertebral angle pain or tenderness, and malaise. Intravenous treatment is often employed to manage cUTI.

Acute pyelonephritis is reported in 15 to 17 female patients per year in the United States. It is caused by an ascending UTI from the bladder to the kidneys, leading to inflammation. Pyelonephritis was included among the cUTIs evaluated in the phase 3 trial.

In the phase 3 trial, 1034 participants were randomized to receive cefepime 2 g and enmetazobactam 0.5 g or piperacillin 4 g and tazobactam 0.5 g through 2 hours of continuous intravenous infusion every 8 hours. Clinical cure was defined as symptoms resolution, and microbiological eradications as under 103 CFU/mL in urine culture.

Efficacy was evaluated in patients with a gram-negative pathogen infection deemed non-resistant to cefepime-enmetazobactam and piperacillin-tazobactam. Cefepime-enmetazobactam had a success rate of 79.1% while piperacillin-tazobactam had a success rate of 58.9%.

Treatment discontinuation was observed in 5.2% and 4% of patients taking cefepime-enmetazobactam and piperacillin-tazobactam, respectively.

The FDA approval will allow cefepime-enmetazobactam to be introduced in the US market, and is expected to launch in the country within the next few quarters.1

References

  1. Orchid Pharma gets USFDA approval for Exblifep. Express Pharma. February 23, 2024. Accessed February 23, 2024. https://www.expresspharma.in/orchid-pharma-gets-usfda-approval-for-exblifep/
  2. Allecra Therapeutics submits New Drug Application to the US FDA for EXBLIFEP for the treatment of complicated urinary tract infections. Business Wire. June 27, 2023. Accessed February 23, 2024. https://www.businesswire.com/news/home/20230627361506/en/Allecra-Therapeutics-Submits-New-Drug-Application-to-the-U.S.-FDA-for-EXBLIFEP%C2%AE-for-the-Treatment-of-Complicated-Urinary-Tract-Infections
  3. Allecra Therapeutics announces positive top-line results for phase 3 ALLIUM clinical trial of EXBLIFEP for complicated Urinary Tract Infections. Allecra Therapeutics. February 25, 2020. Accessed February 23, 2024. https://www.globenewswire.com/news-release/2020/02/25/1989893/0/en/Allecra-Therapeutics-Announces-Positive-Top-Line-Results-for-Phase-3-ALLIUM-Clinical-Trial-of-EXBLIFEP-for-Complicated-Urinary-Tract-Infections.html



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One-Pot French Onion Pasta | The Recipe Critic

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French Onion Pasta has all of the delicious flavors of the classic soup in pasta form! Caramelized onions, garlic, mushrooms, and thyme are combined with beef broth, pasta, Worcestershire sauce and parmesan cheese to create an incredible dish. Everything is made in one pot for a quick and easy weeknight meal!

One-pot recipes are always my go-to when I need a tasty, yet easy meal on the table in a hurry. They’re always a win because you get a satisfying dinner with minimal effort, and cleanup is a breeze! If you’re looking for more one-pot dinners to add to the menu this week, give this creamy mushroom Florentineparmesan chicken tortellini, or Cajun Alfredo pasta a try!

French onion pasta in a white bowl.

French Onion Pasta Recipe

If you’re a fan of French onion soup, just wait till you taste this ultra-delicious French onion pasta recipe featuring rigatoni cooked in one pot with caramelized onions, mushrooms and thyme in a flavorful, creamy sauce. Garnish the dish with fresh thyme and grated parmesan cheese for an extra special finishing touch.

You simply can’t go wrong with a tasty pasta meal, and this one is great for busy weeknights but also elevated enough to serve to guests. The hearty noodles, the amazing textures from the veggies, the creaminess of the sauce, it’s all just SO incredible. Enjoy it paired with Italian bread twists or Olive Garden copycat breadsticks and a fresh green salad for a complete meal. Your family will go crazy for this wonderful dinner!

Ingredients Needed

This French Onion Pasta recipe is made with simple, yet super flavorful ingredients. Caramelized onions, mushrooms, herbs, and parmesan cheese all cook in a creamy sauce with pasta – you really can’t go wrong with this combination of ingredients! Exact measurements are in the recipe card at the end of the post.

  • Yellow Onions: The best type of onions to caramelize for balanced sweet-savory flavor.
  • Butter: For sautéing the veggies and adding richness to the dish.
  • Garlic: Adds great flavor and complexity.
  • Mushrooms: Sliced mushrooms are sautéed with the garlic and thyme until they’re soft and delicious.
  • Fresh Thyme: The classic herb used for French onion soup to add freshness and extra flavor.
  • All-Purpose Flour: Thickens the white wine and broth mixture to create a creamy sauce.
  • White Wine: Wine is a great addition to cream-based sauces because it cuts some of the richness and also adds depth of flavor to the sauce. 
  • Beef Broth: Use a low sodium broth to control the amount of salt in the recipe.
  • Rigatoni: The delicious sauce gets trapped in each tube-shaped noodle for amazing flavor in every bite.
  • Worcestershire Sauce: Flavors of vinegar, garlic, chiles, molasses and more give this pasta a wonderful umami taste.
  • Parmesan Cheese: Freshly grated parmesan will give you the best results.
  • Salt and Pepper: Season to taste!

How to Make French Onion Pasta

Not only is French onion pasta easy to make, but it all cooks in one pot for a fuss-free meal! It tastes so incredible too! It is going to be a huge hit with your whole family!

  1. Prep: Cut the onions in half and then thinly slice them. Heat the butter in a large pot over medium-high heat and add the sliced onions.
  2. Caramelize Onions: Cook the onions, stirring occasionally until the onions are caramelized, about 20-30 minutes.
  3. Sauté the Mushrooms: Once the onions are caramelized, add the garlic, mushrooms, and thyme. Sauté until the mushrooms are soft, about 3-4 minutes.
  4. Make the Sauce: Whisk in the flour, so it creates a thick paste. Slowly whisk in the white wine, all the flour paste should be incorporated smoothly.
  5. Add Broth and Pasta: Add the beef broth, pasta, Worcestershire sauce, and salt and pepper. Bring to a low boil and cook until the pasta is al dente, or to the desired texture.
  6. Serve: Remove the pot from heat and stir in the parmesan cheese. Then serve fresh with additional parmesan cheese.
4-photo collage of the onions and mushrooms being cooked together.

Tips and Variations

Use these tips and customization ideas to make sure you end up with the most delicious French onion pasta!

  • Cooking the Onions: Watch the onions closely as they’re caramelizing, you don’t want them to burn. If they start to burn, turn the heat down a bit and continue to stir. You can also add a teaspoon or two of water.
  • Mushrooms: You can leave the mushrooms out of this recipe if you aren’t a fan of mushrooms, I like them for added texture and flavor. If using, feel free to use any favorite variety.
  • Type of Pasta: We really like rigatoni for this recipe, but penne or ziti are great choices. Feel free to use whatever kind of pasta you have on hand or you like best. Even spaghetti noodles work!
  • Type of Cheese: Gruyère cheese is authentic to French onion soup, so feel free to use that instead of parmesan cheese, if preferred. A good Swiss cheese or provolone cheese works great too!

Onion pasta in a white pot.

Storing Leftovers

Pasta makes great leftovers! It’s so convenient having it in the fridge to quickly warm up for a no-fuss lunch the next day. Here is how to store leftovers:

  • In the Refrigerator: Store your French onion pasta in the fridge in an airtight container for up to 5 days.
  • To Reheat: When you’re ready to enjoy later, rewarm over the stove on low heat or in the microwave! It may be necessary to loosen noodles up with a splash of broth, water or milk.

Closeup of the French onion pasta.

More Delicious Pasta Recipes

Pasta is one of our favorite meals, so I have tons of delicious tried and true recipes for you to try. Here are a few of my favorites that you will for sure love!

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  • Cut the onions in half and thinly slice them. Heat the butter in a large pot over medium-high heat and add the sliced onions.

  • Cook the onions, stirring occasionally until the onions are caramelized, about 20-30 minutes.

  • Once the onions are caramelized, add the garlic, mushrooms, and thyme. Sauté until the mushrooms are soft, about 3-4 minutes.

  • Whisk in the flour, creating a thick paste. Slowly whisk in the white wine, all the flour paste should be incorporated smoothly.

  • Add the beef broth, pasta, Worcestershire sauce, and salt and pepper. Bring to a low boil and cook until the pasta is al dente, or to the desired texture.

  • Remove the pot from heat and stir in the parmesan cheese. Serve fresh with additional parmesan cheese.

Serving: 1servingCalories: 463kcalCarbohydrates: 68gProtein: 17gFat: 12gSaturated Fat: 7gPolyunsaturated Fat: 1gMonounsaturated Fat: 3gTrans Fat: 0.3gCholesterol: 28mgSodium: 997mgPotassium: 527mgFiber: 4gSugar: 5gVitamin A: 367IUVitamin C: 7mgCalcium: 128mgIron: 2mg

Nutrition information is automatically calculated, so should only be used as an approximation.





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File your taxes using Form 1095-A, Health Insurance Marketplace® Statement

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Published on March 9, 2023

The tax filing deadline is April 18, 2023. If anyone in your household had a Marketplace plan in 2022, use Form 1095-A, Health Insurance Marketplace® Statement to file your federal taxes. You’ll get this form from the Marketplace, not the IRS. Check your Form 1095-A to make sure your information is correct. Keep it with your other important tax information.

Check your online account for Form 1095-A

If you didn’t get your Form 1095-A in the mail, or you can’t find it, check your HealthCare.gov account:

  1. Log into your HealthCare.gov account.
  2. Under “Your Existing Applications,” select your 2022 application.
  3. Select “Tax Forms” from the menu on the left.
  4. Download all 1095-A forms shown on the screen.

How to “reconcile” using Form 1095-A

  • You’ll use the 1095-A form to “reconcile” — check if there’s any difference between the premium tax credit you got and the amount you qualify for on your taxes.
  • Before you start, check the form to make sure the information is right. If you filed your taxes with an incorrect form, you may need to file an amended tax return using the correct information.
  • If anything about your coverage or household is wrong, contact the Marketplace Call Center.



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CDC Could Cut COVID Isolation Time: What It Could Mean

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Feb. 23, 2024 – Is shorter better? Or just more practical? The CDC is reportedly going to cut its COVID-19 isolation recommendations down from 5 days to 24 hours starting in April. 

The agency appears to be walking a fine line between reducing COVID transmission, including the JN.1 variant, and the reality that many people struggle to forgo work or school for days at a time. 

The agency is expected to recommend 24 hours on two conditions: as long as a person remains fever-free for 24 hours and their symptoms are mild and improving. But where does this leave those at higher risk for more serious COVID outcomes? Why wait until April? And has the science around COVID changed, or just our behavior?

We turned to some experts for answers.

It remains to be seen if people are more likely to isolate for 24 hours or if that will send an unintended message about COVID severity. 

That’s my worry, that people will no longer take isolation seriously if it’s so short,” said Purvi Parikh, MD, an immunologist with the Allergy & Asthma Network, a nonprofit advocacy group for people with these conditions based in Fairfax, VA. 

Eyal Oren, PhD, a professor of epidemiology at San Diego State University School of Public Health, said, “The science around COVID really hasn’t changed. COVID is just as contagious, and you could even argue the JN.1 variant is more contagious,” he said 

One danger is people will interpret the change to mean COVID is less serious, he said. It could create the mistaken impression that “something changed all of a sudden.”

Also, hinging isolation on fever may not make sense in every case. You can be contagious even 24 hours without a fever, said Parikh, who is also a clinical assistant professor in the departments of Medicine and Pediatrics at New York University Langone School of Medicine in New York City. 

Someone who tests positive for COVID is still likely to be infectious beyond 5 days, Oren said. 

“We are still seeing around 1,500 COVID deaths a week from COVID in the United Sates. This is still a virus that hospitalizes and kills many more people than the flu,” he said. COVID is “not as bad as it was, but 1,500 people a week – or more than 200 a day – is a lot.”

If the CDC does move forward with the recommendation, Bruce Farber, MD, chief public health and epidemiology officer at Northwell Health in New York, hopes they will stay flexible because COVID is unpredictable. “If the situation changes and there is a big peak in the fall … this should be rethought.”

The move “ignores the increased risk this change will have for the most vulnerable,” said Brian Koffman, MDCM. He was diagnosed with the blood cancer chronic lymphocytic leukemia (CLL) in 2005 and counts himself among the nearly 7% of people with impaired immunity.

“These changes will reinforce the need for me and others immunocompromised to continue avoiding crowds, mask indoors, and practice careful hand hygiene,” he said. “It will make restaurant visits and other indoor events even higher risk.”

“Many – myself included – will consider the risk prohibitive and choose to stay home.”

Shielding these higher-risk populations from COVID can help reduce the risk for the larger population, Koffman said. “We have clear evidence that it is often in the infected immunocompromised where new variants arise, so protecting them protects everyone.”

A Matter of Timing

With many people testing for COVID at home and not reporting their results, it’s more challenging to get overall case and transmission numbers. But of those who do get officially tested, just under 10% are positive, the latest CDC COVID Tracker numbers reveal.

COVID is also not the only virus out there during this winter respiratory season, as RSV and the flu continue to get people sick. 

The CDC may be pausing to get past any COVID surge associated with the winter months. “They’re waiting until April because the RSV season will be over, and more than likely the COVID numbers will be dramatically lower than during the winter months,” Farber said.

Also, the pandemic is not like it was 2 years ago, he said. “There is a lot of immunity out there to COVID.”

There is also the practical question of how many people with COVID symptoms or who test positive for COVID actually stay in isolation for 5 full days. Although “I don’t think anyone would argue that it’s not safer wearing a mask and being isolated for 5 days … the reality is most people are not following those rules,” Farber said.



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