Apricot: Nutrition, Benefits & Possible Side Effects

Apricots are small golden-orange stone fruits known for their sweet-tart flavor, soft texture, and impressive versatility. They can be eaten fresh, dried, cooked into sauces, blended into smoothies, added to salads, or used in both sweet and savory recipes. Beyond their flavor, apricots provide fiber, potassium, vitamin C, carotenoids, and other plant compounds while remaining relatively low in calories when eaten fresh. Their orange color comes partly from carotenoids such as beta-carotene, which the body can convert into vitamin A. This combination makes apricots an easy way to add fruit, color, and useful nutrients to a balanced diet without relying on supplements or heavily processed foods.

Fresh and dried apricots have very different nutritional concentrations, which is important when discussing apricot nutrition and health benefits. Removing water from the fruit makes dried apricots smaller and more calorie-dense, so a handful contains considerably more carbohydrate, natural sugar, fiber, and minerals than the same weight or number of fresh fruits. Raw apricots are approximately 86% water and provide about 48 calories per 100 grams, along with roughly 2 grams of fiber, 259 milligrams of potassium, 10 milligrams of vitamin C, and 96 micrograms RAE of vitamin A. These amounts make apricots nutritious, although they should not be promoted as a cure or unusually concentrated source of every vitamin.

Apricots are generally safe for most people, but several precautions deserve attention. Some individuals can experience fruit allergies or pollen-food allergy syndrome, while certain dried apricots contain sulfites that may trigger reactions in sensitive people. Most importantly, the hard pit should not be confused with the edible fruit: apricot kernels can contain amygdalin, which can release cyanide when consumed, making large or uncontrolled amounts potentially dangerous. Understanding these distinctions allows you to enjoy apricots realistically rather than assuming that everything associated with the fruit is automatically healthy. This guide covers the nutrition, potential benefits, serving ideas, dried-apricot differences, side effects, and important safety considerations.

What Are Apricots and What Nutrition Do They Provide?

Apricots, botanically known as Prunus armeniaca, belong to the same broader plant family as peaches, plums, cherries, and almonds. The fresh fruit has thin edible skin surrounding soft orange flesh and a hard central stone that contains the kernel. Apricots are typically available during warmer growing seasons, although availability depends on the region, while dried and canned versions can be purchased throughout the year. Their flavor ranges from mildly sweet to pleasantly tart depending on variety and ripeness. Because the skin is edible, eating the whole washed fruit rather than peeling it allows you to retain more of its naturally occurring fiber and plant compounds.

Fresh apricot calories are relatively modest because most of the fruit’s weight comes from water. USDA-linked nutrient data report approximately 48 calories, 11.1 grams of carbohydrate, 9.2 grams of naturally occurring sugar, 1.4 grams of protein, 0.4 gram of fat, and 2 grams of dietary fiber per 100 grams of raw apricot. A typical serving of several fresh apricots therefore provides sweetness without the calorie concentration found in many desserts or dried fruits. However, portion needs vary according to total diet, energy requirements, health conditions, and personal preferences, so no single serving size is ideal for everyone.

Apricots provide several micronutrients in moderate rather than extraordinary amounts. Per 100 grams, raw apricots contain approximately 259 milligrams of potassium, 10 milligrams of vitamin C, 0.89 milligram of vitamin E, and small amounts of magnesium, iron, copper, and several B vitamins. This means apricots can contribute to daily nutrient intake when eaten as part of a varied diet, but they should not replace other fruits, vegetables, whole grains, legumes, nuts, and nutrient-rich foods. Dietary patterns generally matter more than attempting to obtain every nutrient from one so-called superfood. Variety also exposes the body to a broader mixture of vitamins, minerals, fiber types, and phytochemicals.

The fruit’s orange appearance reflects its carotenoid content, particularly beta-carotene. Raw apricots provide about 1,094 micrograms of beta-carotene per 100 grams, along with smaller amounts of alpha-carotene, beta-cryptoxanthin, lutein, and zeaxanthin. Some carotenoids can be converted by the body into vitamin A, while others perform different biological roles. The NIH explains that provitamin A carotenoids from plant foods can be converted into vitamin A, which supports normal vision, immune function, growth, development, and maintenance of organs and tissues. Eating carotenoid-rich produce is therefore one useful component of an overall nutritious diet.

Apricots also contain numerous naturally occurring plant compounds beyond the nutrients typically listed on a food label. These include phenolic compounds and carotenoids that may contribute antioxidant activity within the diet. It is tempting to translate antioxidant content directly into claims that a particular fruit prevents cancer, reverses aging, or detoxifies the body, but those conclusions go beyond what can reasonably be said about one food. Human health outcomes depend on total eating patterns, genetics, lifestyle, medical care, environmental exposure, and many other variables. A more accurate description is that apricots are nutrient-containing whole fruits that can fit comfortably within dietary patterns emphasizing a variety of plant foods.

Fiber, Digestion and Gut Health Benefits of Apricots

Apricots can contribute to daily dietary fiber intake, especially when the skin is eaten along with the flesh. Raw apricots provide about 2 grams of fiber per 100 grams, while dried apricots contain considerably more fiber by weight because most of their water has been removed. Fiber adds bulk to stool and supports normal bowel function, which is one reason fruit is often recommended as part of a diet aimed at maintaining regularity. However, the amount in a single fresh apricot is relatively small, so meaningful fiber intake normally comes from combining fruit with vegetables, beans, whole grains, nuts, seeds, and other fiber-rich foods throughout the day.

The fiber found in plant foods includes different forms that behave differently during digestion. Some fiber holds water and contributes to softer stool, while other types add bulk and move through the digestive system with limited breakdown. Certain fermentable fibers can also be used by microorganisms living in the colon, producing compounds that influence the intestinal environment. Apricots should not be marketed as a specialized probiotic food because they do not inherently supply the same live microorganisms found in fermented products. Instead, their fruit fiber can simply contribute to the variety of plant carbohydrates available within a balanced diet that also includes numerous other fiber sources.

Fresh apricots also contain substantial water, which complements dietary fiber when supporting comfortable digestion. Approximately 86% of raw apricot weight is water, helping explain why the fresh fruit has a much lower calorie concentration than the dried version. Foods with both water and fiber can contribute to meal volume and may feel satisfying despite relatively modest energy content. Hydration still depends primarily on total fluid intake and the rest of the diet, so eating apricots is not a substitute for drinking enough water. Their advantage is simply that fresh fruit can contribute both moisture and nutrients within one convenient snack.

Dried apricots can have a more noticeable digestive effect because their nutrients and fiber are concentrated into a much smaller volume. USDA-linked data list about 7.3 grams of fiber per 100 grams of dried, sulfured apricots compared with approximately 2 grams in 100 grams of fresh fruit. This concentration can be useful when increasing fiber intake, but eating a large quantity suddenly may cause gas, bloating, abdominal discomfort, or looser stools in people who are not accustomed to high-fiber foods. Increasing fiber gradually and consuming adequate fluids can make dietary changes more comfortable, particularly for people with sensitive digestive systems.

People with gastrointestinal conditions may tolerate apricots differently from the general population. Some individuals with irritable bowel syndrome or sensitivities to particular fermentable carbohydrates can experience symptoms after eating certain fruits or larger servings of dried fruit. This does not mean apricots are universally bad for digestion or that everyone with digestive symptoms needs to avoid them. Portion size, preparation, total diet, and individual tolerance all matter. Anyone following a medically prescribed low-FODMAP or other therapeutic diet should use guidance from an appropriately qualified dietitian or healthcare professional rather than eliminating foods based solely on generalized internet lists.

Apricots, Potassium and Heart-Friendly Eating

Apricots provide potassium, an essential mineral involved in nerve transmission, muscle function, and regulation of fluid balance. Raw apricots contain approximately 259 milligrams of potassium per 100 grams, while the removal of water makes dried apricots substantially more concentrated, with USDA-linked data reporting about 1,162 milligrams per 100 grams. This does not mean people need to eat 100 grams of dried apricots at once, because that portion also contains considerably more calories and natural sugar than fresh fruit. Instead, both forms can make a contribution to potassium intake within appropriately sized servings.

Potassium is often discussed in connection with blood pressure and cardiovascular health because diets containing adequate potassium and relatively moderate sodium are part of many heart-conscious eating patterns. One fruit cannot independently lower blood pressure in a predictable way, however, and apricots should not replace medication prescribed for hypertension. Their value is that they can fit into broader eating patterns rich in fruits, vegetables, legumes, whole grains, and other minimally processed foods. Fresh apricots are naturally very low in sodium, with approximately 1 milligram per 100 grams in USDA-linked data. That makes them easy to include in meals where limiting excessive sodium is already a goal.

Fiber provides another reason fruit consumption is commonly included in heart-friendly dietary advice. Apricots contribute a modest amount of fiber, and choosing whole fruit instead of juice usually preserves more of that structural fiber while slowing down how quickly the food is consumed. Dried apricots provide more concentrated fiber, but their smaller size can make overeating easier because several pieces may be eaten quickly. Pairing dried fruit with unsalted nuts, plain yogurt, or another source of protein or fat can create a more substantial snack. The overall quality of the meal remains more important than whether one ingredient has been labeled as a heart-healthy food.

Fresh apricots contain virtually no saturated fat and no cholesterol, but these facts should be interpreted sensibly. Plant foods generally do not contain dietary cholesterol, and the tiny amount of total fat in apricots means their fat profile is not the main reason to eat them. More importantly, replacing highly refined desserts or heavily salted snacks with whole fruit may improve the overall nutritional quality of a diet. That substitution effect is often more meaningful than focusing on one isolated nutrient. A person who adds apricots without changing an otherwise poor eating pattern should not expect the fruit to cancel out excessive sodium, smoking, inactivity, or untreated cardiovascular risk factors.

People with kidney disease or potassium restrictions need more individualized advice. The same potassium content that makes apricots useful within many diets may require attention when kidney function is impaired and the body has difficulty maintaining normal blood potassium levels. Dried apricots are particularly concentrated and may not fit some prescribed renal diets in ordinary portions. This does not mean everyone with kidney disease must avoid apricots, because recommendations depend on laboratory results, disease stage, medications, dialysis status, and total dietary intake. Anyone who has been specifically told to limit potassium should ask their renal dietitian or clinician how fresh or dried apricots fit into their personal plan.

Vitamin A, Carotenoids and Possible Eye and Skin Benefits

Apricots are often promoted for eye health because their orange flesh contains beta-carotene and other carotenoids. The body can convert beta-carotene and certain related compounds into vitamin A according to physiological need and individual conversion efficiency. Raw apricots supply about 96 micrograms RAE of vitamin A per 100 grams, much of it derived from carotenoids rather than preformed vitamin A. The NIH explains that vitamin A is essential for normal vision and plays an important role in the functioning of the retina, conjunctiva, and cornea. Apricots can therefore contribute to vitamin A intake, although they are not a treatment for eye disease.

Carotenoids such as lutein and zeaxanthin are also commonly discussed in relation to the eye because they accumulate in retinal tissues. Apricots contain small amounts of these compounds, but the concentrations are much lower than in some green vegetables and other foods. This is why claims that apricots alone prevent macular degeneration or cataracts should be viewed cautiously. Research on specific eye conditions often involves combinations of nutrients and targeted supplements used in particular clinical populations rather than ordinary servings of one fruit. NCCIH emphasizes that evidence for supplements varies by condition and that established eye treatments should not be replaced with unproven dietary approaches.

Vitamin A also contributes to normal skin and epithelial tissue function, which has encouraged claims that apricots can create perfect skin or reverse visible aging. Those promises exaggerate what one food can accomplish. Nutrient adequacy matters for maintaining normal tissues, and apricots can contribute vitamin A precursors, vitamin C, water, and other plant compounds to the overall diet. Skin appearance, however, is influenced by genetics, sun exposure, smoking, sleep, hydration, hormones, age, skincare habits, disease, and many other dietary factors. Eating apricots may support good nutrition, but it should not be presented as an alternative to sunscreen, medical dermatology care, or treatment for a diagnosed skin condition.

Vitamin C provides another nutritional link to skin because it contributes to normal collagen formation and functions as an antioxidant within the body. Raw apricots contain approximately 10 milligrams of vitamin C per 100 grams, making them a useful but not exceptionally concentrated source. Citrus fruits, kiwifruit, berries, peppers, and several vegetables can provide larger amounts, so variety remains important. Fresh apricots may also lose some vitamin C during prolonged storage or processing because the vitamin is relatively sensitive to environmental conditions. Dried fruit should therefore not automatically be assumed to provide the same vitamin profile as an equal weight of freshly harvested fruit.

The best way to describe the relationship between apricots and eye or skin health is in terms of nutrient contribution rather than guaranteed outcomes. Apricots provide carotenoids and vitamin C that participate in normal physiological functions, while their fiber and low calorie density make fresh fruit easy to incorporate into many eating patterns. They are especially valuable when they help someone eat a broader range of colorful fruits and vegetables. A balanced plate containing greens, orange vegetables, berries, legumes, whole grains, nuts, seeds, and other whole foods provides a much wider nutrient spectrum than relying heavily on apricots. Nutrition supports health most effectively through diversity and consistency rather than individual miracle foods.

Can Apricots Support Weight Management and Blood Sugar Control?

Fresh apricots can fit easily into a weight-management diet because they provide relatively few calories for their volume. At approximately 48 calories per 100 grams, they offer sweetness, water, and some fiber without the energy density of pastries, candy, or many packaged snacks. This does not mean apricots directly burn fat or cause weight loss. Body weight changes according to long-term energy balance as well as factors such as activity, sleep, medications, hormones, health conditions, food environment, and genetics. Apricots are simply one nutritious option that may help create satisfying meals or snacks when used in place of more calorie-dense foods.

Whole fruit is often more satisfying than fruit juice because chewing and fiber slow the eating experience. Apricot juice can still provide flavor and certain nutrients, but removing or reducing the fruit’s structural fiber changes how quickly it can be consumed. Several whole apricots require more eating time than a glass of juice containing an equivalent amount of fruit. For someone managing calorie intake, that physical difference can matter. Adding chopped apricots to plain yogurt, oatmeal, cottage cheese, or a salad can also create a more substantial meal than eating a sweet snack by itself. Fresh apricot nutrition works best within balanced meals rather than as a specialized weight-loss product.

People with diabetes do not automatically need to avoid apricots because the fruit contains natural sugar. Raw apricots provide approximately 9.2 grams of total sugars per 100 grams along with water and fiber. Carbohydrate still affects blood glucose, so portion size and total meal composition remain relevant for people who use carbohydrate counting or specific diabetes meal plans. Pairing fruit with protein, fat, or other fiber-containing foods can create a more balanced snack. Individual glucose responses vary, and anyone using insulin or medications that require careful carbohydrate management should follow the personalized advice provided by their diabetes care team.

Dried apricots and blood sugar require greater portion awareness because removing water concentrates carbohydrate into a smaller volume. One hundred grams of dried apricots contains roughly 63 grams of carbohydrate and 241 calories, compared with approximately 11 grams of carbohydrate and 48 calories in 100 grams of fresh apricots. Few people would normally compare equal weights in a real meal, but the numbers illustrate why a handful of dried fruit can contribute much more carbohydrate than several fresh pieces. Dried apricots can still fit a balanced diet; the practical issue is recognizing that their compact size makes the serving easy to underestimate.

Apricot jam, preserves, syrups, canned fruit, pastries, and sweetened yogurt products can differ substantially from fresh fruit nutritionally. Some products contain added sugar, while others are packed in juice or water and provide a composition closer to fruit itself. Reading the ingredient list and Nutrition Facts panel helps distinguish natural fruit sugar from additional sweeteners. A food labeled “apricot flavored” may contain very little actual apricot, while unsweetened frozen or canned apricot can remain a useful fruit option. When using apricots for healthy eating, focus less on the word apricot appearing on the package and more on the complete food, ingredients, serving size, and how it fits into the rest of the diet.

Fresh vs. Dried Apricots: Which Is Better?

Fresh and dried apricots come from the same fruit, but dehydration changes the nutritional experience significantly. Fresh apricots contain large amounts of water, giving them greater volume for relatively few calories. Their soft flesh, edible skin, and moisture make them refreshing as a snack, particularly during their growing season. Because they are less concentrated, several fresh apricots can fit within a relatively modest calorie intake while still providing fiber, carotenoids, vitamin C, and potassium. For someone prioritizing hydration, meal volume, or lower energy density, fresh apricots generally have an advantage. The main limitations are their short shelf life and seasonal availability in many regions.

Dried apricots provide a much more concentrated package of carbohydrate, fiber, potassium, and several micronutrients because much of the original water has been removed. USDA-linked data report approximately 241 calories, 62.6 grams of carbohydrate, 7.3 grams of fiber, and 1,162 milligrams of potassium per 100 grams of dried sulfured apricots. This concentration can be beneficial when someone needs a portable energy source or a compact way to increase fruit intake. Hikers and athletes, for example, may appreciate the convenience. For ordinary snacking, however, smaller portions are usually more appropriate than the same large volume someone might comfortably eat when choosing fresh fruit.

Drying also changes some vitamin concentrations and stability. Certain nutrients become more concentrated per gram simply because water disappears, while heat, oxygen, storage, and processing can reduce others. Vitamin C is particularly sensitive, so dried fruit should not be assumed to provide the same vitamin C contribution as freshly eaten fruit. Carotenoids and minerals remain relevant, but the exact values vary according to variety and processing method. Rather than asking whether fresh or dried apricots are universally healthier, it is more useful to consider the purpose. Fresh fruit is ideal for volume and hydration, while dried fruit offers convenience, shelf stability, concentrated energy, and substantial potassium and fiber.

Many commercially dried apricots are treated with sulfur dioxide or sulfiting agents to help preserve their bright orange color and reduce deterioration. Untreated dried apricots often appear darker or brownish, which does not automatically mean they are lower quality. People who are sensitive to sulfites should check ingredient labels carefully, particularly if they have previously experienced respiratory or allergic-type reactions. The FDA requires sulfiting agents to be declared when present above specified levels and notes that sulfites can cause adverse reactions, including asthma-related symptoms, in sensitive individuals. Past recalls have also involved dried apricots containing undeclared sulfites, illustrating why correct labeling matters.

Canned and frozen apricots provide additional alternatives when fresh fruit is unavailable. Frozen unsweetened fruit can retain many of the characteristics of fresh apricots and works well in smoothies, sauces, or cooked dishes. Canned apricots vary according to the packing liquid, with products packed in water or juice generally differing from those packed in heavy syrup. Draining syrup can reduce some added sugar exposure, but choosing an unsweetened or juice-packed version from the beginning may be simpler. The best type of apricot depends on the recipe, availability, nutritional goals, and portion size. No single form needs to replace all the others because each can serve a different practical purpose.

Possible Side Effects, Allergies and Apricot Kernel Risks

Most people can eat ordinary portions of apricot without significant side effects, but apricot allergy is possible. Apricots belong to the Rosaceae family, which also includes peaches, cherries, plums, apples, pears, and several other fruits. Research has documented cross-reactivity among some Rosaceae fruits, particularly in people with specific pollen or plant-protein allergies. Symptoms can range from itching or tingling of the mouth and lips to hives, swelling, digestive symptoms, or potentially severe systemic reactions in susceptible individuals. Anyone who has previously experienced a serious reaction to apricot should avoid casual re-exposure and seek assessment from an appropriately qualified allergy professional.

Some reactions are related to pollen-food allergy syndrome, sometimes called oral allergy syndrome. In these cases, the immune system recognizes similarities between proteins in pollen and proteins found in certain raw fruits or vegetables. Symptoms commonly involve itching, tingling, or mild swelling around the mouth shortly after eating the trigger food, although patterns differ among individuals and geographic regions. Apricot can also contain lipid transfer proteins associated with more significant reactions in some patients, particularly within Mediterranean populations. Because food allergy severity cannot be predicted safely from an online list, anyone experiencing breathing difficulty, throat swelling, faintness, or a rapidly progressing reaction should receive emergency medical care.

Dried apricots create an additional concern for people with sulfite sensitivity. Sulfites may be added during drying to preserve appearance and shelf life, and sensitive individuals can develop reactions including wheezing, hives, swelling, or other allergic-type symptoms. The FDA notes that sulfiting agents must be declared on labels when present at concentrations of at least 10 parts per million because of adverse reactions in susceptible consumers. This sensitivity is separate from an allergy to the apricot fruit itself. Someone who tolerates fresh apricots but repeatedly develops symptoms after brightly colored dried apricots should discuss the pattern with a healthcare professional rather than assuming all forms of the fruit affect them identically.

The most important safety warning involves the apricot kernel located inside the hard stone. Kernels naturally contain cyanogenic glycosides, particularly amygdalin, which can release cyanide during digestion. Health Canada reports cases of severe acute cyanide poisoning, including fatalities, after apricot-kernel consumption and lists possible symptoms such as weakness, confusion, headache, nausea, difficulty breathing, seizures, loss of consciousness, and cardiac arrest. Apricot kernels are sometimes promoted online as “vitamin B17” or an alternative cancer treatment, but amygdalin is not a vitamin and uncontrolled kernel consumption can be dangerous. The edible apricot flesh does not carry the same concern when the stone and kernel are discarded.

Eating very large quantities of apricots can also cause ordinary gastrointestinal discomfort even without an allergy. Excess fruit or dried fruit may provide enough fiber and fermentable carbohydrate to cause bloating, gas, abdominal cramping, or diarrhea in susceptible people. Dried apricots are particularly easy to overeat because their small size disguises how much whole fruit has been concentrated into the serving. People taking medications or following prescribed diets for diabetes, kidney disease, digestive disorders, or other conditions may also require individualized guidance. Apricot side effects are uncommon for most healthy adults eating normal portions, but personal tolerance and medical context should always take priority over generalized claims about the fruit.

How to Choose, Store and Eat Apricots

When buying fresh apricots, look for fruit that feels slightly soft when gently pressed but is not mushy, leaking, or badly bruised. Fully ripe apricots typically develop a strong yellow, gold, or orange color depending on variety, while very firm greenish fruit may have been picked before ideal ripeness. Aroma can also provide a useful clue because ripe apricots often smell noticeably fruity near the stem. Small surface marks are not necessarily a quality problem if the flesh remains sound. Because ripe apricots are delicate, handle them carefully rather than stacking heavy groceries on top of them during transportation.

Firm apricots can be allowed to soften at room temperature for a short period, while ripe fruit can be refrigerated to slow further deterioration. Wash apricots shortly before eating instead of soaking them for long periods during storage, and discard fruit showing significant mold, fermentation, or widespread decay. The skin is edible and provides part of the fruit’s fiber, so peeling is unnecessary unless required for a particular recipe or personal preference. Cut around the central stone and remove it completely before serving. Young children may need fruit sliced into developmentally appropriate shapes to reduce choking risk, and the hard stone should always be kept away from them.

Fresh apricots work well in breakfasts and snacks because their mild acidity pairs with both sweet and savory ingredients. Slice them into oatmeal, plain yogurt, cottage cheese, chia pudding, or whole-grain cereal, or serve them beside nuts for a more substantial snack. They can also be blended into smoothies, although using the whole fruit preserves more fiber than straining it into juice. Grilled or roasted apricots become softer and sweeter as their natural sugars concentrate, making them useful with yogurt, grains, poultry, or salads. Choosing preparation methods with little added sugar allows the fruit’s natural flavor to remain the focus.

Dried apricots are especially convenient for travel, work, hiking, and shelf-stable snacks. Pair a modest portion with nuts or seeds, chop them into oatmeal, add them to couscous or rice dishes, or use small pieces in homemade trail mix. Check the ingredient list if you want to avoid added sugar or sulfites, because products can vary significantly between manufacturers. Dried fruit is sticky and can cling to teeth, so ordinary dental hygiene remains important when it is eaten regularly. Its concentrated carbohydrate content also makes portion awareness useful, particularly for people who track blood glucose or total calorie intake.

Apricots are best viewed as one component of a varied fruit intake rather than something that needs to be eaten every day. Rotate them with berries, citrus fruits, apples, pears, melons, peaches, plums, kiwifruit, and whatever seasonal produce is accessible and affordable. This approach provides greater nutritional diversity and reduces the temptation to treat one fruit as a solution for every health goal. Apricot benefits come from its combination of water, fiber, potassium, carotenoids, vitamin C, and other plant compounds within a whole-food package. Enjoying that package regularly alongside a balanced diet is more realistic and useful than relying on concentrated extracts, kernels, or exaggerated wellness claims.

Are apricots good for you?

Yes. Fresh apricots provide fiber, potassium, vitamin C, carotenoids, and other nutrients while remaining relatively low in calories. Their benefits are best understood as part of an overall balanced diet rather than as a treatment for disease.

How many apricots can you eat a day?

There is no universal number that everyone needs to follow. A few fresh apricots can fit comfortably within a normal fruit serving, while dried apricots generally deserve a smaller portion because their calories, carbohydrate, potassium, and natural sugars are much more concentrated.

Are dried apricots healthier than fresh apricots?

Neither is universally healthier. Fresh apricots provide more water and fewer calories per gram, while dried apricots provide more concentrated fiber, potassium, energy, and carbohydrate; some dried products also contain sulfites.

Can apricots cause allergies?

Yes. Apricot allergy can cause oral itching, swelling, hives, digestive symptoms, or, rarely, serious systemic reactions, and cross-reactivity with related Rosaceae fruits or pollen can occur. People with a previous serious reaction should seek professional allergy advice rather than testing their tolerance at home.

Are apricot kernels safe to eat?

Apricot kernels can contain amygdalin, which can release cyanide and cause serious poisoning when enough is consumed. They should not be treated as an ordinary health food or alternative cancer treatment, and the hard pit and kernel should be separated from the edible fruit flesh.