Columns

By Joanna Chikwe, M.D.

February means heart health awareness, but taking care of your heart requires a year-round commitment that has lifelong benefits. What will you do differently to take better care of your heart?

Dr. Joanna Chickwe

Heart disease can affect anyone, regardless of gender, age or background. That’s why all of our cardiac care experts at Stony Brook University Heart Institute remain focused on how to best prevent heart disease and heal the heart. 

When you come to Stony Brook Heart Institute, you can depend on quality and expertise for every aspect of your cardiac care — care that exceeds national outcomes. A few examples:

• Our renowned team of interventional cardiologists have long been on the forefront for treating acute myocardial infarction, or heart attack. In fact, we exceed national outcomes and have the best outcomes on Long Island when it comes to bringing lifesaving heart emergency care to heart attack victims, as reported on the Hospital Compare* website. 

• Our heart surgeons have a high degree of expertise in providing advanced approaches to coronary artery bypass grafting (CABG) — a surgical procedure that uses blood vessels from other areas of your body to restore blood flow to your heart. Our Heart Institute has received a three-star rating — the highest awarded — from The Society of Thoracic Surgeons (STS) for overall patient care and outcomes in isolated CABG surgery. This distinguished award is in recognition of the isolated CABG procedures we performed from January to December 2017. The STS ratings are regarded as the definitive national reporting system for cardiac surgery. 

• For patients with severe aortic stenosis (narrowing), Stony Brook is a leader in advancing the transcatheter aortic valve replacement (TAVR) procedure and is one of a select number of sites in the U.S. to offer this minimally invasive procedure for patients who are considered high, intermediate or low-risk for open surgery. Stony Brook has excellent long-term data on patient outcomes with TAVR, and we are a tertiary referral center for evaluation of aortic valve disease.

• And, for patients with heart failure, a condition where the heart can’t pump enough blood to meet the needs of the body, our world-renowned experts at the Heart Failure and Cardiomyopathy Center help patients to restore their quality of life, limit their symptoms and understand their disease. We are proud that our patient outcomes for survival with heart failure are the best on Long Island and among the best nationally, according to Hospital Compare. 

While we hope that you and your family never need acute cardiac services, you can be assured knowing that Long Island’s only Chest Pain Center with Primary PCI and Resuscitation is right in your community. 

And, if you suspect a heart attack, please remember it’s best to call 911. Ambulances are equipped with defibrillators and most are equipped with 12-lead EKGs (electrocardiograms), which means they can transmit results to the hospital while en route. At Stony Brook, we assemble the treatment team and equipment you need before you arrive.

Want to do something today to learn about your heart health? Take a free heart health risk assessment at www.stonybrookmedicine.edu/hearthealth. Seeking a solution to a cardiac problem? Call us at 631-44-HEART (444-3278). We’re ready to help.

*Hospital Compare is a consumer-oriented national website that provides information on how well hospitals provide recommended care to their patients managed by the Centers for Medicare & Medicaid Services.

Dr. Joanna Chikwe is the director of the Stony Brook University Heart Institute, chief of Cardiothoracic Surgery and the T.F. Cheng Endowed Professor of Surgery.

Diet and exercise are the first line of defense for those living with diabetes. Stock photo

Taking your blood pressure medications at night has beneficial effects

By David Dunaief, M.D.

Dr. David Dunaief

Not surprisingly, soda – with 39 grams of sugar per 12-ounce can – is associated with increased risk of diabetes. However, the drink with the lowest amount of sugar is wine, red or white. Even more surprising, it may have benefits in reducing complications associated with diabetes. Wine has about 1.2 grams of sugar in 5 ounces. Per ounce, soda has the most sugar, and wine has the least.

Why is this important? The prevalence of diabetes currently sits at 9.4 percent of the U.S. population, while another 84 million have prediabetes (HbA1C of 5.7-6.4 percent) (1).

For those with diabetes, cardiovascular risk and severity may not be equal between the sexes. In two trials, women had greater risk than men. In one study, women with diabetes were hospitalized due to heart attacks at a more significant rate than men, though both had substantial increases in risk, 162 percent and 96 percent, respectively (2). This was a retrospective (backward-looking) study.

What may reduce risks of disease and/or complications? Fortunately, we are not without options. Several factors may help. These include the timing of blood pressure medications, lifestyle modifications (diet and exercise) and, yes, wine.

Diet trumps drugs for prevention

All too often in the medical community, we are guilty of reaching for drugs and either overlooking lifestyle modifications or expecting that patients will fail with them. This is not only disappointing, but it is a disservice; lifestyle changes may be more effective in preventing this disease. In a head-to-head comparison study (Diabetes Prevention Program), diet plus exercise bests metformin for diabetes prevention (3). This study was performed over 15 years of duration in 2,776 participants who were at high risk for diabetes because they were overweight or obese and had elevated sugars.

There were three groups in the study: those receiving a low-fat, low-calorie diet with 15 minutes of moderate cardiovascular exercise; those taking metformin, 875 mg twice a day; and a placebo group. Diet and exercise reduced the risk of diabetes by 27 percent, while metformin reduced it by 18 percent over the placebo, both reaching statistical significance. While these are impressive results that speak to the use of lifestyle modification and to metformin, this is not the optimal diabetes diet.

Is wine really beneficial?

Alcohol in general has mixed results. Wine is no exception. However, the CASCADE trial, a randomized controlled trial, considered the gold standard of studies, shows wine may have heart benefits in well-controlled patients with type 2 diabetes by altering the lipid (cholesterol) profile (4).

Patients were randomized into three groups, each receiving a drink with dinner nightly; one group received 5 ounces of red wine, another 5 ounces of white wine, and the control group drank 5 ounces of water. Those who drank the red wine saw a significant increase in their “good cholesterol” HDL levels, an increase in apolipoprotein A1 (the primary component in HDL) and a decrease in the ratio of total cholesterol-to-HDL levels compared to the water-drinking control arm. In other words, there were significant beneficial cardiometabolic changes.

White wine also had beneficial cardiometabolic effects, but not as great as red wine. However, white wine did improve glycemic (sugar) control significantly compared to water, whereas red wine did not. Also, slow metabolizers of alcohol in a combined red and white wine group analysis had better glycemic control than those who drank water. This study had a two-year duration and involved 224 patients. All participants were instructed on how to follow a Mediterranean-type diet.

Does this mean diabetes patients should start drinking wine? Not necessarily, because this is a small, though well-designed, study. Wine does have calories, and these were also well-controlled type 2 diabetes patients who generally were nondrinkers.

Drugs (not diabetes drugs) show good results

Interestingly, taking blood pressure medications at night has an odd benefit, lowering the risk of diabetes (5). In a study, there was a 57 percent reduction in the risk of developing diabetes in those who took blood pressure medications at night rather than in the morning.

It seems that controlling sleep-time blood pressure is more predictive of risk for diabetes than morning or 48-hour ambulatory blood pressure monitoring. This study had a long duration of almost six years with about 2,000 participants.

The blood pressure medications used in the trial were ACE inhibitors, angiotensin receptor blockers and beta blockers. The first two medications have their effect on the renin-angiotensin-aldosterone system (RAAS) of the kidneys. According to the researchers, the drugs that blocked RAAS in the kidneys had the most powerful effect on preventing diabetes. 

Furthermore, when sleep systolic (top number) blood pressure was elevated one standard deviation above the mean, there was a 30 percent increased risk of type 2 diabetes. Interestingly, the RAAS blocking drugs are the same drugs that protect kidney function when patients have diabetes.

We need to reverse the trend toward higher diabetes prevalence. Diet and exercise are the first line for prevention. Even a nonideal diet, in comparison to medication, had better results, though medication such as metformin could be used in high-risk patients that were having trouble following the diet. A modest amount of wine, especially red, may have effects that reduce cardiovascular risk. Blood pressure medications taken at night, especially those that block RAAS in the kidneys, may help significantly to prevent diabetes.

References:

(1) cdc.gov. (4) Journal of Diabetes and Its Complications 2015;29(5):713-717. (3) Lancet Diabetes Endocrinol. Online Sept. 11, 2015. (4) Ann Intern Med. 2015;163(8):569-579. (5) Diabetologia. Online Sept. 23, 2015.

Dr. Dunaief is a speaker, author and local lifestyle medicine physician focusing on the integration of medicine, nutrition, fitness and stress management. For further information, visit www.medicalcompassmd.com or consult your personal physician.

Amazon box

Amazon, the online retail giant, tried to set up shop in Long Island City. The company came onto the scene in 2018 promising to build its second headquarters in Queens and create more than 25,000 high-paying jobs in the process, but by Feb. 14 Amazon had pulled out of the deal after months of community antagonism and protest. 

What did Amazon do wrong? After all, Gov. Andrew Cuomo (D) and New York City Mayor Bill de Blasio (D) were both completely behind the idea. 

What happened was Amazon, like Marcus Licinius Crassus of Rome marching into the Parthian Empire in ancient Iran, wanted to stamp its logo in the dirt without thinking of the logistics, or whether the people wanted them there.

We, as journalists, know the routine developers need to take to successfully settle into our areas. The prospective business must work with the local municipality, whether it’s a village or town, and establish site plans and conduct environmental reviews. If their idea is sound, the area representative works with the developer, relaying questions and concerns from their constituents to the developer.

More important is reaching out and connecting with the local residents. After all, they are the ones who will likely patronize the business. They are the ones who will see it affect their local ambiance or property values. They are the ones forced to live next to it day after day. 

It might be the height of foolhardy narcissism from all involved, from the government to Amazon themselves, to think there wouldn’t be any blowback from residents. The announcement of HQ2 was kept secret until leaping onto the scene, and residents were stuck either saying “yes” or “no” to Amazon. 

We often see how the community reacts to new developments, and while sometimes there is a little not-in-my-backyard ideology to go around, many residents are keen to know how a development will affect them. The developer needs to listen to their concerns and make changes to their designs, otherwise the plans could blow up in their face.

The Town of Brookhaven, especially Supervisor Ed Romaine (R), has recently shown its desire to see Amazon keep its promise to New York. It has offered the retail giant to set up in the town near the South Shore, all the while keeping the massive tax breaks promised by the governor using the town’s own Industrial Development Agency. While we appreciate the idea of bringing so many high-paying jobs into the area, which may boost the local tourism industry, we also caution the same sort of secrecy and backroom dealing which led Amazon to abandon its Queens plans in the first place.

It’s also a lesson to local governments and prospective developers. Not all residents will agree with every new structure and every new business, but developers absolutely need to listen to their concerns. Amazon is not the only company to be pushed back by protest. The Villadom project in the Town of Huntington that would have created a new Elwood mall, was lambasted by community members who felt they were being sidestepped and ignored. 

The community has a stronger voice than some might expect, and like Crassus eventually learned as he was roundly defeated and humiliated by the Parthians, one can’t simply stake claim on property unilaterally without a spear pointed at one’s neck.

By Daniel Dunaief

Daniel Dunaief

So, what was it like to be in Charlotte, North Carolina, Sunday during the?

For starters, employers warned their staff about heavy traffic around the Spectrum Center and about parking challenges. They suggested working from home on Friday and over the weekend, if possible, to avoid delays.

As a result, for the entire weekend, the car traffic around this manageable city seemed even lighter than usual. People couldn’t drive too close to the Spectrum Center, but it was nothing like Yankee Stadium or Citi Field before or after a game against a heated rival, or even against a middling team on a warm Saturday in July.

The city rolled out much tighter security than usual, putting up fences around a nearby bus station and restricting walking traffic into the outskirts of the stadium to ticket holders only. 

Once inside, I felt as if I had become a Lilliputian in “Gulliver’s Travels.” Men and women of all ages made 6 feet seem like a minimum height for admission. I felt like a kid who sneaks onto a ride at Disney World despite falling well below the clown’s hand that indicates “you must be this tall to enter.”

The clothing choices reflected a wide variety of fashion statements. Some had come to be seen, decked out in fine suits, flowing dresses and high-heeled shoes. Others strutted around in sweatpants and sweatsuits, donning the jerseys of their favorite players.

Celebrities walked among the commoners, much the same way they do at the U.S. Open. Several people approached a slow-moving and frail-looking Rev. Jesse Jackson to shake his hand. Jackson later received warm applause from the crowd when he appeared on the jumbotron large-screen display.

As taller teenagers, who were well over 6 1/2 feet tall, brushed past us, we wondered whether we might see any of them at this type of event in the next decade. They were probably thinking, and hoping, the same thing.

The game itself, which was supposed to start at 8 p.m., didn’t commence until close to 8:30, amid considerable pomp and circumstance.

The crowd saluted each of the players as they were introduced. The roar became considerably louder for local hero Kemba Walker, the shooting star for the Charlotte Hornets who scored 60 points in a game earlier this season.

The crowd also showered old-timers Dwyane Wade and Dirk Nowitzki with affection, saluting the end of magnificent careers that included hard-fought playoff battles and championship runs. The two elder statesmen didn’t disappoint, connecting on 3-point shots that also energized the crowd.

While the All-Star game sometimes disappoints for the token defense that enables teams to score baskets at a breakneck pace, it does give serious players a chance to lower their defenses, enjoying the opportunity to smile and play a game with the other top performers in their sport.

Wade and Nowitzki, who each have infectious smiles, grinned on the court at their teammates, competitors and fans after they sank baskets.

A first-half highlight included a bounce pass alley-oop from North Carolina native Steph Curry to team captain Giannis Antetokounmpo. In the end, Team LeBron beat Team Giannis, 178-164.

The halftime show proved an enormous success, as rapper and North Carolina product — via Germany — J. Cole performed “ATM,” “No Role Modelz,” and “Love Yourz.” The young woman sitting near us knew every word of the songs, swaying, rocking and bouncing in her seat.

I asked her if she knew Cole would be performing and she said, “Of course.” I asked her whether she liked the basketball or the halftime show better. She said she enjoyed both.

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By Elof Axel Carlson

Elof Axel Carlson

Science is a way of knowing based on reason. That aspect of science would also apply to logic or the creation of mathematical fields. But when science is applied to the material world, reason is not sufficient. Modern science includes the use of data from observations and from the use of tools to produce data. A third aspect of science is characteristic of modern science. It is the design of experiments that predict what type of data will be found. 

Science differs from revelation, tradition, authority or religious belief because these nonscientific ways that culture forms often require faith or do not attempt to apply science to their beliefs. This difference in interpreting the world around us allowed scientists to be skeptical, to require evidence and to apply more testing and tools to expand the applications of science to the universe and to life.  

This resulted in many new fields of science. Astronomers purged themselves of astrology. Chemists purged themselves of alchemy. Medicine purged itself of quackery. All sciences rejected magic (except as entertainment) and wishful thinking. 

Modern science arose in Italy in the 1500s.  We attribute to Galileo the origins of modern physics and astronomy. He worked out physical laws for falling bodies or bodies rolling down inclined planes. He introduced the mathematical equations to describe and to predict the time required and the distances involved in projectiles dropped, thrown or shot from cannons. He used the telescope he constructed to detect moons around Jupiter, phases of Venus, Saturn’s rings (they looked like ears to him) and mountains and craters on the moon. 

Modern science arose in Italy because the first universities arose in Italy (the University of Bologna was the first in 1088). The Renaissance began in Italy with increased members of the middle class, formation of large cities, importing of knowledge from trade with Asia and Africa and an accumulation of wealth that was spent on architecture, the arts, hobbies, scholarship and curiosity for those with leisure time. 

Artists like Albrecht Dürer went from Bavaria to Italy to study anatomy. William Harvey went from England to study medicine in Italy (Galileo was on the faculty when Harvey was a student) and brought back experimentation to the human body and the circulation of blood.  

German universities benefited from sending students to Italy. In turn the Italian-trained German professors brought their skills to France. During the Enlightenment, French science flourished with Lavoisier in chemistry and Cuvier in biology. From France, science moved to the United States and the founding president of Johns Hopkins University, Daniel Coit Gilman, went to Europe and designed the American University model for its doctorate. 

For the life sciences he recruited a student of Thomas Huxley’s, H. Newell Martin, and W. K. Brooks, one of the first American students of Louis Agassiz (famed for demonstrating and naming the Ice Age that covered large parts of Europe and North America). Martin and Brooks mentored T. H. Morgan. Morgan, at Columbia University, mentored H. J. Muller; and Muller, at Indiana University, mentored me. 

While where a student goes for a doctorate may vary with time, over the past 500 years, the three features of science – reason, data collection and experimentation have not changed. Instead, they have provided enormous applications to our lives from computers to public health, to air flight, to transcontinental roads and railways. They have extended our life expectancy by more than 50 years since the Renaissance began. They allowed humans to walk on the moon and determine how many children to have and when to have them; and they allow us to eat fresh fruits and vegetables all year round. 

Science has its limitations. It cannot design ideal governments, what values to live by, what purpose we choose for motivating us or supply the yearnings of wishful thinking (we will never be rid of all accidents, all diseases, or live forever). It co-exists with the humanities and the arts in filling out each generation’s expectations.   

Elof Axel Carlson is a distinguished teaching professor emeritus in the Department of Biochemistry and Cell Biology at Stony Brook University.

Michael Jensen on a container ship in the Pacific Ocean, where he was measuring marine clouds. Photo from M. Jensen

By Daniel Dunaief

They often seem to arrive at the worst possible time, when someone has planned a picnic, a wedding or an important baseball game. In addition to turning the sky darker, convective clouds can bring heavy rains and lightning.

For scientists like Michael Jensen, a meteorologist at Brookhaven National Laboratory, these convective clouds present numerous mysteries, including one he hopes to help solve.

Aerosols, which come from natural sources like trees or from man-made contributors, like cars or energy plants, play an important role in cloud formation. The feedbacks that occur in a cloud system make it difficult to understand how changes in aerosol concentrations, sizes or composition impact the properties of the cloud.

“One of the big controversies in our field is how aerosols impact convection,” Jensen explained in an email. “A lot of people believe that when a storm ingests aerosols, it makes it stronger, because there are changes to precipitation and particles in the clouds.”

This process is called convective invigoration, which could make it rain more.

Another group of scientists, however, believes that the aerosols have a relatively small effect that is masked by other storm processes, such as vertical winds. 

Strong vertical motions that carry air, water and heat through the atmosphere are a signature of convective storms.

Jensen will lead an effort called Tracking Aerosol Convection Interactions Experiment, or TRACER, starting in April of 2021 in Houston that will measure the effect of these aerosols through a region where he expects to see hundreds of convective storm clouds in a year. 

From left, Donna Holdridge, from Argonne National Laboratory; Michael Jensen, kneeling; and Petteri Survo, from Vaisal Oyj in Helsinki, Finland during a campaign in Oklahoma to study convective storms. The team is testing new radiosondes, which are instruments sent on weather balloons. Photo from M. Jensen

The TRACER team, which includes domestic and international collaborators, will measure the clouds, precipitation, aerosol, lighting and atmospheric thermodynamics in considerable detail. The goal of the campaign is to develop a better understanding of the processes that drive convective cloud life cycle and convective-aerosol interactions.

Andrew Vogelmann, a technical co-manager of the Cloud Properties and Processes Group at BNL with Jensen, indicated in an email that the TRACER experiment is “generating a buzz within the community.” 

While other studies have looked at the impact of cities and other aerosol sources on rainfall, the TRACER experiment is different in the details it collects. In addition to collecting data on the total rainfall, researchers will track the storms in real time and will focus on strong updrafts in convection, which should provide specific information about the physics.

Jensen is exploring potential sites to collect data on the amount of water in a cloud, the size of the drops, the phase of the water and the shapes of the particles. He will use radar to provide information on the air velocities within the storm.

He hopes to monitor the differences in cloud characteristics under a variety of aerosol conditions, including those created by industrial, manufacturing and transportation activities.

Even a perfect storm, which starts in an area with few aerosols and travels directly through a region with many, couldn’t and wouldn’t create perfect data.

“In the real atmosphere, there are always complicating factors that make it difficult to isolate specific processes,” Jensen said. To determine the effect of aerosols, he is combining the observations with modeling studies.

Existing models struggle with the timing and strength of convective clouds.

Jensen performed a study in 2011 in Oklahoma that was focused on understanding convective processes, but that didn’t hone in on the aerosol-cloud interactions.

Vogelmann explained that Jensen is “well-respected within the community and is best known for his leadership” of this project, which was a “tremendous success.”

Since that study, measurement capabilities have improved, as has modeling, due to enhanced computing power. During the summer, Long Island has convective clouds that are similar to those Jensen expects to observe in Houston. Weather patterns from the Atlantic Ocean for Long Island and from the Gulf of Mexico for Houston enhance convective development.

“We experience sea breeze circulation,” Jensen said. Aerosols are also coming in from New York City, so many of the same physical processes in Houston occur on Long Island and in the New York area.

As the principal investigator, Jensen will travel to Houston for site selection. The instruments will collect data every day. During the summer, they will have an intensive operational period, where Jensen and other members of the TRACER team will forecast the convective conditions and choose the best days to add cloud tracking and extra observations.

Jensen expects the aerosol impact to be the greatest during the intermediate strength storms. 

The BNL meteorologist described his career as jumping back and forth between deep convective clouds and marine boundary layer clouds.

Jensen is a resident of Centerport and lives with his wife Jacqui a few blocks from where he grew up. Jacqui is a banker for American Community Bank in Commack. The couple has a 22-year-old son Mack, who is a substitute teacher at the Harborfields school district.

Jensen describes his family as “big music people,” adding that he plays euphonium in a few community band groups, including the North Shore Community Band of Longwood and the Riverhead Community Band.

As an undergraduate at SUNY Stony Brook, Jensen was broadly interested in science, including engineering. In flipping through a course catalog, he found a class on atmospheric science and thought he’d try it.

Taught by Robert Cess, who is now a professor emeritus at SBU, the class “hooked” him.

Jensen has been at BNL for almost 15 years. Over that time, he said the team has “more influence in the field,” as the cloud processing group has gone from six to 18 members. The researchers have “expanded our impact in the study of different cloud regimes and developed a wide network of collaborations and connections throughout the globe.”

As for his work in the TRACER study, Jensen hopes to “solve this ongoing debate, or at least provide new insights into the relative role of aerosols and dynamics.”

Stock photo

By Nancy Marr

According to the Gun Violence Archive, the number of mass shootings during 2018 in the United States has been estimated at 346, with 18 of them in schools. But laws backed by the NRA and other pro-gun groups prevent the public from seeing which firearms dealers are selling the most guns used in crimes, information the federal government collects but won’t share, even with premier research universities. The NRA also pushed through rules that had a chilling effect on federal studies focused on how guns affect public health, denying policymakers a road map for better gun laws.

Regulating the ownership and use of guns by the federal government began in the 1920s and ’30s with support from the general public and the NRA, then a sporting and hunting association. Since then the federal government and the states have passed legislation requiring background checks, waiting periods, licenses for concealed weapons carriers, restrictions on purchases for certain high-risk people and a ban on assault weapons and ammunition. 

The 1993 Brady Act, against NRA opposition, tightened the background check requirements and created the FBI National Instant Criminal Background Check System, or NICS system, to provide speedy background checks. After the shooting at Sandy Hook governments turned their attention to preventing shootings by high-risk people.  

New York State passed the SAFE Act (Secure Ammunition and Firearms Enforcement Act), amending its Mental Hygiene Law to add a new reporting requirement that mental health professionals currently providing treatment services to an individual must make a report to authorities, “if they conclude that the individual is likely to engage in conduct that would result in serious harm to self or others.” The act requires those who live with a household member “who has been convicted of a felony or domestic violence crime, has been involuntarily committed, or is currently under an order of protection” to “safely store” and lock any guns in a secure gun cabinet.

NRA opponents of the regulations state that the laws only hurt people who adhere to current firearms laws, and the regulations about gun locking devices prevent gun owners from using their guns in self-defense.

The League of Women Voters of the United States has been in support of stricter laws for background checks, more gun safety education, a ban on assault weapons and protection for victims of domestic violence from abusers who possess guns. The LWV of New York supported legislation to establish criminal sanctions for possession and sale of assault weapons, which were banned in 1994 but released from the ban in 2004. 

Currently, on both the federal and state levels, there are laws that are being considered during this session that would deal with many of the loopholes and problems of illegal firearm use.  

On the federal level, proposed legislation this term includes: requiring unlicensed sellers to meet their buyers (with certain exceptions) at a licensed gun dealer who would run a background check using the same process used for his own inventory, support for a ban on assault weapons, broadening the definition of domestic abusers to the laws protecting victims of domestic violence and opposing a national bill that allows people to carry concealed weapons.  

On the NYS level, in January the Assembly and the Senate passed six important gun control bills related to an extreme risk protection order (ERPO/“red flag”) law, background checks extension, a bump stock ban, a ban on arming educators, out-of-state mental health records check and gun buyback programs. In February we hope that Gov. Andrew Cuomo (D) signs these bills, and that the needed regulations are written and appropriate funding allocated. 

Contact your U.S. representative and NYS senator and Assembly member to find out how they voted or plan to vote, and what they think of these bills. Thank them if they did vote for those you care about, and clearly communicate your concerns and advocacy when they did not. For more information, go to the Senate or Assembly websites to research details on the individual bills or check with individual congressional or NYS legislative aides via phone or email. Make your voice heard on this important issue. 

Nancy Marr is first vice president of the League of Women Voters of Suffolk County, a nonprofit, nonpartisan organization that encourages the informed and active participation of citizens in government and influences public policy through education and advocacy. For more information, visit www.lwv-suffolkcounty.org or call 631-862-6860.

Carmel

MEET CARMEL!

This week’s shelter pet is Carmel, a 2-year-old Chihuahua. Cute as a button, Carmel is a very loving, devoted dog. She attaches very quickly and loves to sit on laps. Carmel was surrendered to Kent Animal Shelter by her family due to personal problems and is now in search of a forever home.  

She is spayed, up to date with her vaccinations and is microchipped. Come down and meet her!  She would love to go home with you for Valentine’s Day! 

Kent Animal Shelter is located at 2259 River Road in Calverton. The adoption center is open from 10 a.m. to 4 p.m. every day. For more information on Carmel and other adoptable pets at Kent, call 631-727-5731 or visit www.kentanimalshelter.com.

Coeur a la Creme

By Barbara Beltrami

Theirs are stories for the ages. Tales of lovers from myths and movies, life and lore endure. Whether seduced by blind passions or fatal attractions, devotion or desolation, famous lovers whose relationships were long or short-lived affairs of their hearts still evoke notions of romance in our own lives. 

Think Heloise and Abelard, Romeo and Juliet, Mimi and Rodolfo, Tristan and Isolde, Victoria and Albert, Antony and Cleopatra, Lancelot and Guinevere, Napoleon and Josephine, Katherine and Spencer, Rhett and Scarlett, Rocky and Adrian, Jack and Rose, Noah and Allie, Oliver and Jenny, and on and on and on. 

Who knows what these couples would have had for a Valentine’s Day dinner, but here are a few ideas for yours.

Lobster Bisque

Lobster Bisque

YIELD: Makes 4 servings

INGREDIENTS:

One 1½ pound cooked lobster

¼ pound unsweetened butter

3 tablespoons flour

1 egg yolk

3½ cups milk

½ teaspoon salt

1 cup dry white wine

Salt and freshly ground white pepper to taste

Fresh parsley sprigs for garnish

DIRECTIONS:

Remove lobster meat from shell and chop into half-inch pieces. In a deep saucepan over low heat melt butter; add flour and salt and blend till very smooth. In a deep bowl, beat egg yolk until foamy; add lobster and combine thoroughly; transfer to large saucepan. Stirring constantly, gradually add milk, until smooth, then gradually stir in wine; heat thoroughly but do not allow to boil. 

Transfer to a warmed soup tureen or individual bowls. Garnish with parsley and serve with buttered toast triangles.

Filet Steaks with Artichoke Hearts

YIELD: Makes 2 servings

INGREDIENTS:

2 slices white sandwich bread

3 tablespoons olive oil

3 tablespoons unsalted butter

2 cooked fresh artichoke hearts

2 filet steaks, seasoned with coarse salt and pepper

¼ cup dry white vermouth

¼ cup beef broth

DIRECTIONS:

With an inverted glass, cut two discs from the bread. With bottom of glass, press each disc to ¼-inch thickness. In heavy medium skillet, heat half the oil and half the butter. Over medium heat lightly brown bread discs, turning once about 5 to 7 minutes. Remove and set aside to keep warm. In the same pan, turning once, sauté artichoke hearts until tender, about 10 minutes; remove from pan and set aside to keep warm. Add remaining oil and butter, heat, then raise heat to medium high; add steaks and cook, turning once, to desired doneness. Remove steaks and set aside to keep warm. 

Pour sauté fat out of skillet, add vermouth and broth and over high heat, while scraping bottom of pan with spatula to pick up coagulated juices, boil down liquid to 3 tablespoons. Quickly place steaks on plate, top with discs, then artichoke hearts and spoon juices over them. Serve immediately with asparagus and new potatoes.

Coeur a la Crème

Coeur a la Creme

YIELD: Makes 6 servings

INGREDIENTS:

*This recipe calls for a heart-shaped mold with a perforated bottom, usually available in fine houseware stores.

1 pound cottage cheese

1 pound cream cheese, softened

 Pinch of salt

 2 cups heavy cream

1 pint strawberries, crushed and sweetened to taste

DIRECTIONS:

In a large bowl, thoroughly combine the cottage cheese, cream cheese and salt. Beating constantly until mixture is smooth, gradually add the heavy cream. Scrape mixture into mold and place on a deep plate to drain overnight in refrigerator. When ready to serve, unmold onto chilled plate and serve with strawberries and pieces of filled chocolate (preferably from a heart-shaped box!).