Hungarian plums are one of the most characteristic fruits of late summer and early autumn. They have dark purple skin, yellowish flesh, a distinct sweet-and-sour flavor, and a pit that separates relatively easily from the flesh when ripe. They can be eaten raw, made into jam, compote, baked goods, or juice.
For properties of plums Not only do they provide vitamins and minerals, but the fruit also provides dietary fiber, polyphenols, and naturally occurring sorbitol. It's this combination of several ingredients that makes plums' impact on intestinal function particularly interesting.
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Hungarian plum – what is worth knowing about it?
Hungarian plums belong to the domestic plum family (Prunus domestica). Different varieties with similar characteristics can be found under this name, so the exact nutritional value of the fruit may vary depending on the variety, maturity, and growing conditions.
Plum season is mainly in late summer and autumn. This is when it is worth eat plums as a fresh fruit. Ripe plums also work well in the kitchen, as their flavor and aroma complement both desserts and savory dishes.
What about plums out of season? One option is juice, which we'll come back to later.
Hungarian plums – nutritional value and kcal
According to USDA data 100 g fresh plums provides about 46 kcal. Fruits consist of about 871 TP3T of water and do not contain much fat or protein. Most of their energy value comes from carbohydrates.
Component | Value per 100 g |
Energy | 46 kcal |
Carbohydrates | 11.4 g |
including sugars | 9.9 g |
Dietary fiber | 1.4 g |
Protein | 0.7 g |
Fat | 0.3 g |
Potassium | 157 mg |
Magnesium | 7 mg |
It is worth remembering that these are averages nutritional value of raw plums, not an analysis of a specific plum variety. Fresh plums are a relatively low-calorie fruit, and their natural sweetness results primarily from the presence of simple sugars.
What vitamins and minerals do plums contain?
Plums contain vitamin C, vitamin K, and small amounts of B vitamins, including vitamin B6. Among the minerals, we find potassium, as well as smaller amounts of magnesium, phosphorus, calcium, and iron.
This does not mean, however, that plums are an exceptionally concentrated source of vitamins. nutritional properties rather, they result from the combination of many components present in the whole fruit.
Potassium contributes to the proper functioning of the nervous system and muscles, among other things, and helps maintain normal blood pressure. However, plums also contain interesting nutrients that aren't found in typical vitamin and mineral lists.
Polyphenols in plums – not just vitamins
Plums are a source of various phenolic compounds. Prunus domestica Among other things, chlorogenic and neochlorogenic acid, rutin, proanthocyanidins, and anthocyanins were identified, which are responsible for the dark color of some varieties. The content of individual polyphenols can vary significantly between varieties.
These compounds exhibit antioxidant activity, which is why plums are the subject of research on issues such as oxidative stress and cardiovascular risk factors. However, this should not be interpreted as meaning that simply consuming plums will lower cholesterol or prevent cardiovascular disease.
Review of research on Prunus domestica and Prunus salicina points to potentially beneficial avenues of action, but the authors rated the overall level of evidence as low. Importantly, many of the human studies involved dried, not fresh, fruit.
Plums and the intestines – where do their laxative properties come from?
This is one of the most interesting properties of plums. However, their effect on the digestive system should not be explained solely by the presence of fiber.
Fresh plums provide dietary fiber, but also contains sorbitol. This is a naturally occurring sugar alcohol that is incompletely absorbed in the small intestine. In larger amounts, it can promote water retention in the intestine and facilitate bowel movements.
In the case of prunes, attention is drawn to the synergistic effects of fiber, sorbitol, and phenolic compounds. A randomized trial of people with chronic constipation showed that prunes improved the frequency of spontaneous bowel movements and stool consistency compared to psyllium.
A subsequent systematic review also found favorable results for stool frequency and consistency, although the authors emphasized the limited number of studies and the need for further, better-quality work.
Interestingly, Scientific research also covered dried plum juice. In a randomized, placebo-controlled study, its consumption by individuals with chronic constipation reduced the incidence of hard, lumpy stools and increased the proportion of stools with normal consistency. The juice studied contained sorbitol, pectin, and polyphenols.
This doesn't mean, of course, that every plum or every juice acts as a laxative. The reaction depends on, among other things, the amount consumed and individual tolerance.
Fresh and dried plums – do they have the same properties?
No. During drying, the fruit loses a large portion of its water content, which causes the same mass to concentrate carbohydrates, sugars, and some other nutrients. For this reason, 100g of fresh plums and 100g of dried plums are nutritionally two different products..
It's also worth remembering this when interpreting gut studies. Results obtained for prunes cannot be automatically attributed to fresh fruit.
In this article we focus on fresh plums and juice. Dried plums have a different nutritional value and deserve a separate discussion.
Plum juice – a way to enjoy plums out of season
In the season, the first choice might just be fresh fruit. Plums can be eaten with the skin on, which also allows us to consume the fiber and bioactive compounds found in the fruit.
After the season, a convenient alternative is plum juice. At Nasza Tłocznia, we prepare it in a thick, puréed form, distinctly different in consistency from typical clarified juice. This allows it to retain the plum's characteristic density and natural fruit flavor.
However, juice, even pureed juice, shouldn't be confused with fresh plums. Without analyzing the specific product, it's impossible to assume that it provides exactly the same amount of fiber, vitamins, or polyphenols as the whole fruit.
Can everyone eat plums?
For most people, plums can be a normal part of a varied diet. However, larger portions aren't always a good idea. Due to the presence of sorbitol, excessive consumption may lead to bloating, intestinal discomfort, or loose stools in sensitive individuals.
People with diabetes also do not have to automatically give up fresh plums, but they should consider the carbohydrates and sugars they contain in their overall diet and blood glucose control.
Of course, we also remove the hard part before eating. plum pit.
Hungarian plums – properties in brief
Plums are not just a seasonal fruit for jam. They provide dietary fiber, potassium, small amounts of various vitamins, as well as polyphenols and naturally occurring sorbitol.
Their connection with intestinal function is particularly interesting, although the strongest clinical data currently concerns mainly dried plums and their juice, not fresh plums. Therefore, it's worth using fresh fruit in season, and plums out of season They can also appear in the diet in the form of preserves or thick juice.
Sources
- A Systematic Review on the Health Effects of Plums (Prunus domestica and Prunus salicina)
Ezinne O. Igwe, Karen E. Charlton
https://pubmed.ncbi.nlm.nih.gov/26992121/ - Systematic review: the effect of prunes on gastrointestinal function
E. Lever, J. Cole, S. M. Scott, P. W. Emery, K. Whelan
https://pubmed.ncbi.nlm.nih.gov/25109788/ - Randomized clinical trial: dried plums (prunes) vs. psyllium for constipation
A. Attaluri, R. Donahoe, J. Valestin, K. Brown, SSC Rao
https://pubmed.ncbi.nlm.nih.gov/21323688/ - Prune Juice Containing Sorbitol, Pectin, and Polyphenol Ameliorates Subjective Complaints and Hard Feces While Normalizing Stool in Chronic Constipation: A Randomized Placebo-Controlled Trial
Taishi Koyama, Naoyoshi Nagata, Kengo Nishiura, Naoki Miura, Takashi Kawai, Hirotaka Yamamoto
https://pubmed.ncbi.nlm.nih.gov/35971232/

