Allergic rhinitis is a common allergic condition that causes sneezing, itchy or runny nose, and nasal congestion. Many people with allergic rhinitis also have itchy, watery eyes and notice worse symptoms during pollen seasons or around dust, pets, or molds. Symptoms often come and go over years, and they can affect children and adults. Allergic rhinitis is not life-threatening, but it can disrupt sleep, school, and work. Treatment usually includes allergen avoidance, antihistamines or nasal steroid sprays, and for some, allergy shots or tablets.
Overview
Allergic rhinitisSymptoms
Allergic rhinitis causes sneezing, itchy or runny nose, congestion, and watery, itchy eyes. Many notice worse symptoms with pollen, dust, pets, or molds, plus postnasal drip, cough, and fatigue. Early symptoms of allergic rhinitis often feel like a lingering cold.
Outlook and prognosis
Most people with allergic rhinitis do well with consistent care, especially when triggers are identified and daily treatment is followed. Symptoms can ebb and flow with seasons, exposures, and age. For many, good control prevents sleep disruption, sinus flares, and asthma flare-ups.
Causes and risk factors
Allergic rhinitis results from immune reactions to allergens like pollen, dust mites, pets, and mold. Risk rises with family history of atopy, childhood onset, asthma or eczema, urban pollution, tobacco smoke, damp homes, occupational exposures, and high pollen seasons.
Genetic influences
Genetics plays a meaningful role in allergic rhinitis; having close relatives with hay fever or asthma raises your risk. Dozens of gene variations can tilt the immune system toward overreacting to harmless triggers. Still, environment and exposures strongly shape who develops symptoms.
Diagnosis
Doctors diagnose allergic rhinitis by your symptom pattern, trigger exposure, and a nose and throat exam. If needed, skin-prick or blood IgE tests confirm allergies or guide treatment; the diagnosis of allergic rhinitis doesn’t usually require imaging.
Treatment and drugs
Allergic rhinitis is managed by reducing triggers and easing symptoms. Many do well with nasal steroid sprays, oral antihistamines, saline rinses, and, when needed, short courses of decongestants. For persistent symptoms, allergen immunotherapy (shots or tablets) can retrain the immune response.
Symptoms
Allergic rhinitis causes nose and eye symptoms when your immune system reacts to things like pollen, dust mites, or pet dander. Early symptoms of allergic rhinitis often include sneezing, a runny or stuffy nose, and itchy, watery eyes. Symptoms vary from person to person and can change over time. For many, triggers follow seasons or show up indoors year-round, and symptoms can affect sleep, work, and school.
Sudden, repeated sneezes often happen after exposure to pollen, dust, or animals. For people with allergic rhinitis, sneezing can come in clusters and be hard to stop.
Clinicians call this rhinorrhea, which means a constantly dripping or watery nose. The drainage is usually clear and can make you reach for tissues throughout the day.
With allergic rhinitis, swelling inside the nose makes breathing through it difficult. You may find yourself mouth-breathing, snoring, or waking with a dry mouth. Exercise can feel harder when your nose is blocked.
A deep tickle or itch inside the nose can make you rub or push the nose upward. This itch often sets off more sneezing and can leave skin under the nose sore.
How people usually first notice Allergic rhinitis?
Many people first notice allergic rhinitis when a particular season rolls in and suddenly the sneezing, itchy or watery eyes, and a runny or stuffy nose arrive like clockwork. Others spot a pattern indoors, such as symptoms flaring around dust, pets, or when cleaning, along with postnasal drip, an itchy throat, or coughing that’s worse at night. For many, the clue is how quickly these symptoms improve with allergy medicines or by avoiding the trigger, which helps distinguish them from a common cold.
Types of Allergic rhinitis
Allergic rhinitis can show up in different patterns. The main types are based on what triggers symptoms and when they tend to happen during the year. Not everyone will experience every type. Daily life often makes the differences between symptom types clearer.
Seasonal (hay fever)
Symptoms flare during specific pollen seasons, like spring for tree pollen or late summer for ragweed. People often notice bursts of sneezing, itchy eyes, and a runny or stuffy nose tied to outdoor exposure. Early symptoms of allergic rhinitis often start when pollen counts rise.
Perennial (year-round)
Symptoms persist throughout the year due to indoor triggers like dust mites, pet dander, or molds. Many have ongoing nasal congestion, postnasal drip, and morning symptoms that ease after leaving the bedroom. Flare-ups can worsen with cleaning, pet contact, or damp spaces.
Occupational allergic
Symptoms occur at work in response to job-related allergens, such as flour dust, animal proteins, or latex. People notice improvement on weekends or holidays and relapse when returning to the workplace. Identifying the specific workplace trigger is key to control.
Intermittent
Symptoms occur fewer than 4 days per week or for less than 4 consecutive weeks. People may feel well between episodes, with clear links to certain exposures. Short, targeted treatment windows often help.
Persistent
Symptoms occur 4 or more days per week and for 4 or more consecutive weeks. Many have ongoing nasal blockage, reduced smell, and sleep disruption. Consistent, daily management is usually needed.
Mild
Symptoms are present but don’t disturb sleep, work, school, or daily activities. People may only need on-demand treatment. Triggers are noticeable but manageable.
Moderate-to-severe
Symptoms interfere with sleep, daytime focus, or usual activities. Many experience significant congestion, facial pressure, or fatigue from poor sleep. A stepped-up, regular treatment plan is often required to regain control.
What genetics can tell you about symptoms
Some people with allergic rhinitis inherit variants in genes like FLG (skin barrier) or IL13/IL4R (immune signaling), which make the nose lining more reactive to pollen, dust mites, or pets. These changes can intensify sneezing, itching, runny nose, and congestion.
Causes and risk factors
Common triggers of allergic rhinitis include pollen, dust mites, animal dander, and molds.
Some risks are modifiable (things you can change), others are non-modifiable (things you can’t).
A family history of allergies and having asthma or eczema can make allergic rhinitis more likely.
Exposure to tobacco smoke, traffic pollution, damp or moldy homes, and workplace dusts can raise risk.
Season, local pollen levels, age, and where you live also affect risk, and many small factors often work together.
Environmental and biological risk factors
Allergic rhinitis often flares when the nose meets certain airborne triggers at home, outdoors, or at work. Doctors often group risks into internal (biological) and external (environmental). Knowing these can help you avoid flares and spot early symptoms of allergic rhinitis. Picture opening the windows on a breezy spring day and soon feeling a scratchy throat and sneezing—that’s a common pattern.
Tree, grass, or weed pollens rise in spring, summer, or autumn and easily enter the nose. Windy days and high pollen counts drive stronger exposure. This often sets off allergic rhinitis symptoms.
Tiny mites thrive in warm, humid rooms and collect in bedding, sofas, and carpets. Nighttime or morning stuffiness can point to this indoor exposure. They commonly worsen allergic rhinitis.
Mold grows in damp bathrooms, kitchens, and basements, releasing spores that irritate nasal lining. Water leaks and poor ventilation raise levels. Mold exposure can trigger nose and sinus symptoms.
Proteins in cat or dog skin flakes, saliva, and urine linger on furniture and clothing. Close indoor contact increases daily exposure. For many, this fuels flares.
Genetic risk factors
Allergic rhinitis often runs in families because many genes nudge the immune system toward an allergic pattern. Researchers have found dozens of genetic signals, each adding a small amount to risk, and together they can make symptoms more likely and sometimes start earlier in childhood. Some families notice early symptoms of allergic rhinitis in childhood, which often reflects shared inherited risk. Risk is not destiny—it varies widely between individuals.
Family history: Having a parent or sibling with hay fever or allergic rhinitis raises your odds. Some risk factors are inherited through our genes. The closer the relative and the more relatives affected, the stronger the inherited signal.
Atopy tendency: Some people inherit a stronger tendency to make IgE antibodies, which pushes the body toward allergies. This inherited pattern can make allergic rhinitis more likely and sometimes more persistent. It often appears alongside asthma or eczema in the same families.
Immune signaling genes: Small changes in genes that steer immune signals can tilt responses toward allergy. Variants affecting interleukin pathways and IgE production have been linked to allergic rhinitis. On their own, each change adds only a small bump in risk.
Immune recognition genes: Differences in immune system genes that handle recognition can affect how the body responds to proteins. Certain inherited types are associated with allergic rhinitis in some groups. These effects are modest and vary by population.
Barrier gene changes: Variants that weaken skin or airway barriers, such as changes in the filaggrin gene, can increase allergic tendencies. This can set the stage for allergic rhinitis together with eczema. The effect is stronger when multiple allergy-related variants are inherited.
Shared atopic genes: Many of the same inherited factors raise risk for allergic rhinitis, asthma, and eczema. This overlap helps explain why these conditions often cluster within the same person and family. It reflects a broad, shared allergy tendency.
Many small variants: Most genetic risk comes from many tiny DNA changes acting together. Individually they do little, but together they can meaningfully raise the chance of allergic rhinitis. Polygenic risk scores are being studied, but they are not yet used in routine care.
Ancestry patterns: Genetic contributors to allergic rhinitis can differ by ancestry because background DNA varies across populations. A variant linked to risk in one group may not show the same effect in another. This helps explain why study results sometimes differ by region.
Lifestyle risk factors
Lifestyle habits can influence how often allergic rhinitis flares and how severe symptoms feel, even though allergens are the root trigger. Below are key lifestyle risk factors for allergic rhinitis and how they can worsen congestion, sneezing, or nasal inflammation. Understanding how lifestyle affects allergic rhinitis can help you make small changes that reduce symptom burden.
Tobacco smoke and vapor irritate nasal lining and amplify inflammation. This can increase congestion, sneezing, and the need for medications.
Beer, wine, and spirits can worsen nasal stuffiness via histamine and vasodilation. Frequent or heavy drinking is linked with more rhinitis symptoms.
Diets high in refined sugars, saturated fats, and additives may promote systemic inflammation. This can heighten nasal reactivity and prolong flares.
Sparse intake of fruits, vegetables, and omega-3 fats may limit anti-inflammatory support. Better diet quality is associated with fewer and milder symptoms.
Risk prevention
Allergic rhinitis can be easier to live with when you reduce the allergens that set off symptoms day to day. Prevention is about lowering risk, not eliminating it completely. Recognizing early symptoms of allergic rhinitis lets you act before a full flare. A strong plan mixes limiting exposure, simple home routines, and timely use of treatments during peak seasons.
Check daily pollen forecasts and plan outdoor time when counts are lower. Keep windows closed on high-count days and use recirculate in the car.
Use a high-efficiency (HEPA) air filter in the bedroom or main living area. Vacuum with a HEPA-equipped vacuum and damp-dust weekly to reduce buildup.
Encase pillows and mattresses with allergen-proof covers. Wash sheets and bedding weekly in hot water (at least 60°C/140°F).
Fix leaks quickly and keep indoor humidity around 40–50%. Vent bathrooms and kitchens, and clean visible mold with appropriate products.
Transmission
Allergic rhinitis isn’t contagious—being around someone who’s sneezing from allergies won’t make you sick or “give” you allergies. What can run in families is the tendency to develop allergies; people with a parent or sibling who has allergies have a higher chance themselves. The genetic transmission of allergic rhinitis is complex and not tied to a single gene, and it works together with environmental exposures over time. Common triggers like pollen, dust mites, pet dander, and molds can bring on symptoms in someone who is already prone, but exposure to these isn’t a form of transmission. Some people develop allergic rhinitis with no clear family history, while others never do despite heavy exposure, reflecting the mix of genes and environment.
When to test your genes
Allergic rhinitis usually doesn’t require genetic testing, since diagnosis is based on symptoms and allergy tests. Consider genetic testing only if you have unusually severe, year‑round symptoms starting early in life, a strong family history of multiple atopic diseases, or treatment reactions suggesting rare drug‑metabolism issues. Talk with an allergist or genetic counselor to tailor care.
Diagnosis
Sneezing fits, a runny or blocked nose, and itchy eyes can make work, school, or sleep harder. For many, these symptoms come and go with seasons or flare up around dust, pets, or mold. Doctors usually begin by asking about your symptoms and what seems to trigger them, then do a focused nose and throat exam. Understanding how allergic rhinitis is diagnosed can help you know what to expect.
Your provider asks when symptoms started, how often they occur, and what seems to set them off. Patterns around seasons, pets, or dust help point to allergies rather than infection.
The inside of your nose is checked for swelling, pale or bluish lining, and clear mucus. Throat and eyes may be examined for redness or postnasal drip.
You’ll review exposures at home, work, and outdoors to spot likely triggers. Keeping notes about timing and location can make patterns clearer.
Tiny amounts of common allergens are placed on the skin to check for quick, small bumps. A positive result suggests sensitivity to that allergen.
Stages of Allergic rhinitis
Allergic rhinitis does not have defined progression stages. Symptoms tend to flare with exposure to triggers—like pollen, dust mites, pets, or mold—and then settle, so severity can vary across seasons or even day to day. Doctors usually start with a conversation about your symptoms, triggers, and timing, followed by a gentle exam of your nose, throat, and eyes. Early symptoms of allergic rhinitis, along with skin prick testing or blood tests that look for allergy antibodies (specific IgE), help confirm the diagnosis and separate it from colds or sinus infections.
Outlook and prognosis
Many people ask, “What does this mean for my future?”, and the short answer is that most people with allergic rhinitis lead full, active lives. Symptoms like sneezing fits, a stuffy or runny nose, itchy eyes, or a scratchy throat can wax and wane through the year, especially during pollen seasons or when you’re around dust, pets, or mold. Doctors call this the prognosis—a medical word for likely outcomes. With the right support, the future often includes better control over triggers and fewer flare-ups, especially when you combine avoidance strategies with the right medicines or allergy shots.
Looking at the long-term picture can be helpful. Untreated allergic rhinitis can strain day-to-day life—poor sleep, daytime fatigue, headaches, and “brain fog” can affect school or work. Over years, ongoing nasal inflammation may raise the chance of sinus infections, ear issues in children, or worsening asthma in those who have it; early symptoms of allergic rhinitis that aren’t managed can also evolve into more persistent problems. The condition itself is not life-threatening and does not shorten life expectancy, but severe, poorly controlled allergy plus asthma can increase risk of complications, including rare emergency visits.
Everyone’s journey looks a little different. Some people improve with age, while others have lifelong sensitivity that needs seasonal tune-ups. Understanding the prognosis can guide planning and help you aim for fewer symptoms, better sleep, and steady energy. Talk with your doctor about what your personal outlook might look like, including whether allergen immunotherapy, nasal sprays, or lifestyle changes could reduce flares and prevent complications over time.
Long-term effects
Allergic rhinitis can have a long arc, especially if you’re exposed to triggers year after year. Long-term effects vary widely, and for many, symptoms wax and wane with seasons or environments. Early symptoms of allergic rhinitis like sneezing and itchy eyes may fade between flares, but ongoing swelling in the nose can lead to downstream issues. The outlook is generally good, and treatment can lower risks of complications over time.
Ongoing stuffiness and postnasal drip can become a daily pattern. This can make breathing through the nose harder and push you toward mouth breathing.
Swelling can block drainage and set the stage for repeat sinus infections. Over time, this may cause facial pressure and thick nasal discharge.
Stuffy nights can lead to snoring, frequent waking, or poor-quality sleep. For many, this can mean morning grogginess and daytime sleepiness.
Allergic rhinitis is linked with a higher chance of developing asthma or having worse asthma control. Shared airway inflammation can connect symptoms in the nose and lungs.
How is it to live with Allergic rhinitis?
Living with allergic rhinitis can feel like your nose and eyes are on constant alert, flaring with sneezing, itching, congestion, and watery eyes when you meet everyday triggers like pollen, dust, or pet dander. Mornings may start stuffy, sleep can be lighter or disrupted, and concentration at work or school often dips on high‑allergen days, though many people find relief with consistent prevention and the right medications. Plans sometimes need adjusting—keeping windows closed in peak pollen season, rinsing off after being outdoors, using air filters—and people nearby may notice more tissues, pauses to sneeze, or the need to avoid certain environments. With a practical routine and support from family, friends, or coworkers, most people manage symptoms well and stay active in the things they care about.
Treatment and drugs
Allergic rhinitis is usually managed by reducing triggers, easing symptoms, and, when needed, retraining the immune response. Although living with allergic rhinitis can feel overwhelming, many people manage their symptoms and live fulfilling lives. First steps often include avoiding allergens (like pollen, dust mites, pet dander, or molds), rinsing the nose with saline, and using over‑the‑counter antihistamines, nasal steroid sprays, or antihistamine eye drops; a doctor may add prescription nasal steroids, anticholinergic sprays, or short courses of decongestants for flares. For people with frequent or severe symptoms, allergen immunotherapy (allergy shots or tablets) can reduce long‑term sensitivity and is the only option that changes the underlying allergic response. Not every treatment works the same way for every person, so keep track of which medicines help and discuss adjustments or combinations with your clinician.
Non-drug treatment
Allergic rhinitis often improves when you reduce exposure to triggers and support the nose’s natural defenses. Recognizing early symptoms of allergic rhinitis can help you act sooner and prevent flares. Alongside medicines, non-drug therapies can lessen congestion, sneezing, and itchy, watery eyes without added side effects.
Identify your main triggers—like pollen, dust mites, pets, or mold—and minimize contact. Keep windows closed on high‑pollen days and ventilate kitchens and baths to cut indoor mold.
Rinsing with saltwater clears pollen, dust, and mucus from nasal passages. It can ease congestion and dryness when used daily or after exposure.
A portable HEPA filter can reduce airborne allergens in bedrooms and living areas. Place it where you spend the most time and change filters as directed.
Encase mattresses and pillows to block dust mites and wash bedding weekly in hot water. This simple bedroom reset can reduce overnight symptoms.
Your genes may have an impact on how drugs work for you
Drugs for allergic rhinitis can work differently from person to person because genes affect how fast you process medicines and how strongly your immune system responds. These differences can influence which antihistamine, nasal steroid, or dose helps you most.
Pharmacological treatments
Treatment for allergic rhinitis focuses on easing day-to-day symptoms like stuffy nose, sneezing, and itchy, watery eyes so you can sleep, work, and exercise comfortably. Options range from quick symptom relievers to maintenance sprays you use daily, and choices may shift with the seasons or during flare-ups. Early symptoms of allergic rhinitis often improve with over‑the‑counter medicines, while stronger or combination treatments are added if needed. Not everyone responds to the same medication in the same way.
Fluticasone, mometasone, budesonide, or triamcinolone reduce congestion, sneezing, itch, and drip when used daily. First-line medications are those doctors usually try first, based on strong evidence and a good balance of benefit and safety. Use consistently for best results.
Cetirizine, loratadine, fexofenadine, or levocetirizine help with sneezing, itching, and runny nose more than with blockage. Some medicines work quickly, while others take a bit longer to build up effect. Choose non-drowsy options if daytime sleepiness is a concern.
Azelastine or olopatadine sprays act fast for itch, sneeze, and runny nose, and can be added to a steroid spray during flares. A bitter taste or mild drowsiness can occur. If one option isn’t effective, second-line or alternative drugs may be offered.
Pseudoephedrine tablets can open a blocked nose but may raise blood pressure or cause jitteriness. Oxymetazoline or xylometazoline sprays clear congestion quickly but should be limited to 3–5 days to avoid rebound stuffiness.
Genetic influences
Allergic rhinitis often runs in families, and having parents with allergies raises your chance of developing it. You might notice a pattern where a parent has springtime sneezing and itchy eyes, and a child begins to have the same reactions a few years later. It’s natural to ask whether family history plays a role. Rather than a single “allergy gene,” many small gene changes influence how strongly the immune system reacts to pollen, dust mites, or pet dander, and how well the lining of the nose acts as a barrier. Environment matters too—where you live, exposure to smoke or pollution, and when you first meet certain allergens can turn that tendency up or down. This helps explain why two siblings can differ: one develops allergic rhinitis while the other does not. People often ask “is allergic rhinitis hereditary?”—the short answer is that genetics contribute to risk, but they don’t determine it, and routine genetic testing is not used to diagnose or predict it.
Is Allergic rhinitis genetic?
Genetics plays a meaningful role in allergic rhinitis; having close relatives with hay fever or asthma raises your risk. Dozens of gene variations can tilt the immune system toward overreacting to harmless triggers. Still, environment and exposures strongly shape who develops symptoms.
Pharmacogenetics—how genetics influence drug effects
One antihistamine might leave you drowsy with only modest relief, while a friend gets clear breathing and no sleepiness from a different option. Pharmacogenetics is the study of how genes affect the way you respond to medicines. For allergic rhinitis, genetic differences in liver enzymes and transport proteins can change how quickly your body handles certain antihistamines or leukotriene-blocking drugs, which may influence how well they work and whether side effects show up. Response to nasal steroid sprays also varies, and differences in how our steroid pathways function may play a role, but there isn’t a routine genetic test to pick a specific spray. At this time, using pharmacogenetics for allergic rhinitis isn’t standard in everyday care; most clinicians start with proven medicines and adjust based on your symptoms and past reactions. If treatments haven’t helped or have caused unusual reactions, discuss it with your doctor so your plan can be tailored to your allergy triggers, other medicines, and—in select situations—your genetic profile.
Interactions with other conditions
When allergic rhinitis flares, the lower airways can react too, so asthma symptoms like wheeze, chest tightness, and nighttime cough often get worse; treating the nose well can make asthma easier to control. A condition may “exacerbate” (make worse) symptoms of another. Allergic rhinitis frequently occurs alongside itchy, watery eyes (allergic conjunctivitis), and flare-ups often happen at the same time because the same allergens trigger both. In children, swelling from allergic rhinitis can affect the ear canal’s drainage, contributing to middle-ear problems and recurring ear infections. Ongoing nasal inflammation also raises the risk of sinusitis and can worsen snoring or sleep apnea, especially when congestion is heavy at night. Early symptoms of allergic rhinitis can look like a common cold, and viral infections can further inflame the nose, so the two may feed into each other during peak allergy seasons. People living with eczema or asthma often share this “atopic” tendency, and improving control of allergic rhinitis can lessen overall airway irritation.
How genes can cause diseases
Humans have more than 20,000 genes, each carrying out one or a few specific functions in the body. One gene instructs the body to digest lactose from milk, another tells the body how to build strong bones and another prevents the body's cells from beginning to multiply uncontrollably and developing into cancer. As all of these genes combined are the building instructions for our body, a defect in one of these genes can have severe health consequences.
Through decades of genetic research, we know the genetic code of any healthy/functional human gene. We have also identified that in certain positions on a gene, some individuals may have a different genetic letter from the one you have. We call these hotspots "Genetic Variations" or "Variants" in short. In many cases, studies have been able to show that having the genetic letter "G" in the position makes you healthy, but having the letter "A" in the same position disrupts the gene function and causes a disease. Genopedia allows you to view these variants in genes and summarizes all that we know from scientific research, which genetic letters (Genotype) have good or bad consequences on your health or on your traits.
History
Throughout history, people have described bouts of sneezing, a dripping nose, and itchy, watery eyes when certain plants bloomed or dust stirred indoors. Community stories often described the condition flaring in spring fields, market stalls, or hay lofts, then easing when seasons changed or people moved away from triggers. Families and communities once noticed patterns too—several relatives with the same “hay fever” every year—even if no one knew why.
From early theories to modern research, the story of allergic rhinitis moved from observation to explanation. In the 1800s, doctors linked seasonal symptoms to plant pollens and coined terms that stuck in everyday language. First described in the medical literature as a seasonal nuisance of the upper airways, it was later recognized that many people also have year-round symptoms from indoor triggers like dust mites, pet dander, or molds. Not every early description was complete, yet together they built the foundation of today’s knowledge.
By the early 20th century, skin tests and controlled exposures showed that pollen and other particles could spark the body’s defense system in sensitive people. Mid-century, researchers identified antibodies behind this reaction and mapped out the chain of events that leads to swelling, mucus, and itching. Advances in genetics later showed why allergic rhinitis often runs in families, and why some people develop it alongside asthma or eczema.
With each decade, tools improved. Better pollen counting, air quality monitoring, and allergy testing helped match symptoms to triggers more precisely. Treatments evolved from simple avoidance and sedating antihistamines to targeted, less drowsy medicines and nasal sprays that calm inflammation where it starts. Allergen immunotherapy—small, regular doses of what a person is allergic to—emerged as a way to retrain the immune response over time.
In recent decades, awareness has grown that allergic rhinitis affects quality of life as much as it affects the nose. Clinicians began to track how it can disturb sleep, reduce concentration at school or work, and contribute to sinus problems or ear pressure. This broader view led to care plans that combine trigger reduction, timely medication, and, when appropriate, immunotherapy.
Today, allergic rhinitis is understood as a common, manageable condition with seasonal or year-round patterns, shaped by environment, genetics, and local pollen and dust exposures. Historical differences highlight why a one-size-fits-all label never captured everyone’s experience—and why personalized care, grounded in what triggers symptoms for each person, remains the focus.