The question that arises in one’s mind is wood apple good for pregnancy? It is but obvious that wood apple has several benefits which are beneficial to pregnant women. One can plan to consume wood apple on account of its benefits.

What are the health benefits of wood apple for pregnant women?

1. Balances the Level of Fluids in the Body

Wood apple does contain potassium benefits which is essential for balancing the level of fluids in one’s body. During pregnancy, it is essential to keep the level of fluids as well as electrolytes in the mother’s body under control. Since the blood volume does expand during this time, electrolytes do become essential for one’s body. Potassium also does help send nerve impulses, and in the event of muscle contraction, potassium also does prevent cramps in the body.

2. Aids in Digestion

Another common problem that does crop up during pregnancy is indigestion. As the fetus does grow up in size, it gradually begins to exert pressure on the digestive system, leading to a number of problems with digestion on a regular basis. Intake of wood apple can help in the process of digestion as the fiber content of the fruit is especially effective in the regard.

3. Fights Constipation

Constipation is also a very common symptom that is observed during pregnancy. The laxative property of bael fruit or wood apple essentially does help the pregnant mother by curing constipation to a large extent.

4. Fights infections

The extracts of wood apple are indeed highly antimicrobial. Its strong antifungal as well as antibacterial properties to help fight against infections in one’s body. During pregnancy, the mother often does suffer from a lack of immunity which does lead to several infections that are harmful to both the baby as well as the mother. Therefore, intake of bael juice in pregnancy does help the mother fight with several infections.

Side Effects of Having Wood Apple in Pregnancy

Pregnancy is indeed a very crucial period of one’s life, and surprisingly foods that are beneficial during the normal time are often considered to be risky during pregnancy, as it might pose a threat to the mother and also to the baby. Some of the risks involved in the case of intake of wood apple during pregnancy are as follows:

The wood apple fruit contains tannins which do have a carcinogenic effect when indeed made use of for a long period of time and may lead to miscarriages in pregnant women.

Consuming large amounts of this fruit can also affect the digestive system leading to the formation of gas, bloating, and gastrointestinal discomfort.

There is a lot of debate over whether it is indeed safe to consume wood apple during pregnancy. In spite of its many benefits, some evidence has also indeed shown how it can be risky to consume it while carrying a baby. It is, therefore, much safer to consult a doctor before consumption of bael juice in pregnancy.

What Are Taro Leaves?

Taro leaves happen to be the edible leaves of the taro plant, which bears the scientific name Colocasia esculenta and is also often cultivated for its roots. Taro leaves can also be consumed, provided they are rather prepared correctly. The surface of the leaves can also be highly allergenic and result in skin irritation. Eating the leaves raw can also be toxic, so they must be boiled and also properly prepared before adding into any other recipes.

Nutrition Facts of Taro Leaves

Nutritionally speaking, taro leaves are no doubt extremely high in vitamin A, delivering more than 100% of one’s daily requirement in a single cup. These leaves are also high in vitamin C and also various B vitamins, such as thiamine, riboflavin, and folate. There are also significant levels of manganese, copper, potassium, iron, and calcium. A 1-cup serving of these leaves contains only 35 calories, good amounts of dietary fiber, and low levels of fats.

Health Benefits of Taro Leaves

There are several impressive benefits of taro leaves, particularly because of its dense vitamin as well as antioxidant levels:

• They may also help boost the immune system and also protect vision health.
• The fiber in these leaves does make it an excellent option for people who want to relieve their digestive problems, as well as reduce their cholesterol levels.
• These leaves are commonly used for weight loss diets, since they have so few calories, but can also fill one up and deliver necessary nutrients.
• Taro leaves can also reduce chronic inflammation and also lower the blood pressure, thanks to potassium and various anti-inflammatory compounds.
• With high levels of B vitamins, these leaves are rather associated with the proper development of the fetal brain and strengthening the nervous system.
• High mineral levels mean healthier bones as well as teeth, and a lower risk of osteoporosis.
• In female reproductive health, these leaves are usually known to reduce preeclampsia symptoms, and can also help to reduce the appearance of stretch marks.
• The vitamins and antioxidants in these leaves can also rather improve the appearance of the skin and help with withdrawal symptoms from nicotine.

How to Make Taro Leaves?

If one wants to make taro leaves or a recipe using them, one will need to make sure one does not make oneself sick. While some cultures let their chosen recipe cook the leaves, other cultures do prefer to boil the leaves first to ensure all the toxins have been removed.

Step 1: Bring a pot of water to boil on the stove.
Step 2: Add your desired amount of leaves to the boiling water.
Step 3: Allow the leaves to boil for 10-15 minutes.
Step 4: Drain the leaves thoroughly.
Step 5: Add them to your recipe as planned!

It is but obvious that Taro leaves do have much nutritious value and can benefit one’s health. It is worth adding to one’s cooking and makes one’s dish not only tasty but also nutritious.

One comes across different types of seeds such as (1) Dicotyledonous Exalbuminous Seeds (2) Dicotyledonous Albuminous Seeds (3) Monocotyledonous Albuminous Seeds and (4) Monocotyledonous Exalbuminous Seeds.

1. Dicotyledonous Exalbuminous Seeds:

This is found in the common pea (Pisum sativum). On carefully opening up a mature green pod along the dorsal suture the placental tissue is indeed seen to spread along the ventral suture and the roundish seeds are rather seen arranged in two rows along the length of the pod.

Each seed is actually attached to the placental tissue on the fruit suture by a stalk called the funicle. The funicle is indeed narrow at the placental end but widens into a disc where it joins the seed. When the mature seed is detached the seed coat is the micropyle.

If the seed is rather soaked, wiped and then squeezed, water is actually seen to ooze out of this micropyle. The seed is rather covered by the tough broad end of the funicle thus leaving a scar on the seed referred to as the hilum. Next to the hilum is a pinhole opening on the seed coat of a light color. This tough seedcoat is known as the testa.

The tegmen, which is rather delicate and completely adherent to the inner side of the testa, is not distinguishable in the mature seed. On opening the seedcoat the kernel is obtained. The kernel in dicotyledonous exal­buminous seeds happens to be the embryo. In it, the two fleshy cotyledons are very conspicuous.

These are fleshy as all the nutrients required by the growing seedling in the first few days are kept stored here.

The two cotyledons are hinged to an axis (flagellum) so that they do open out like a book. The flagellum represents the axis of the future plant. One end of the flagellum is pointed and protrudes out of the cotyledons.

This does lie next to the micropyle and is the radicle or the rudimentary root. The protruding radical does lie under the pouch-like expansion of the seed coat and is thus visible even when the seed coat is not removed.

The other end of the flagellum is the feathery plumule end which is the first apical bud of the future plant and also develops into the shoot. The plumule does lie in a groove inside the cotyledons. The point of attachment of the cotyledons to the flagellum is the first node on the axis and also careful observation does show the presence of the first lateral buds in the axils of the cotyle­dons.

The portion of the flagellum happens to be below the cotyledonary node (i.e., between radicle and node) is referred to as the hypocotyl and the portion just above (i.e., between node and plumule) the node is the epicotyl.

There is no doubt various types of bean seeds of which Dolichos lablab is very common. The seeds occur in the pod as in peas. They are larger and more or less oval. The seed coat (main testa with a thin fused tegmen) is indeed very hard and black, brown or red in color. The funicle is extended into a long rape which is seen above the hilum. The embryo is as usual.

There are quite a few other dicotyledonous exalbuminous seeds that we commonly come across. The tamarind (Tamarindus indica) seed is rectangular and also covered by a very hard shell-like seedcoat.

The hard covering on the seed of mango (Mangifera indica) is actually the innermost layer of the fruit (endocarp) which is not a part of the seed. Inside, the two very large cotyledons are rather covered by a papery seed coat. In jack-fruit (Artocarpus heterophyllus ) the two cotyledons arc of irregular and unequal size. The seed coat does show both testa and tegmen. The cotyledons contain latex and, of course, lot of starch.

In the cucurbits (gourd, cucumber, etc., of Cucurbitaceae) the seed is rather flat. The testa is horny and free from the thin tegmen inside. The cotyledons also are flat although they do contain a good amount of food matter including oil.

They do show vein markings although white. The sunflower (Helianthus annuus) seed is actually its fruit enclosing a single seed. The hard covering is the fruit-wall or rather the pericarp.

Inside, the oily embryo is actually found covered by a brownish membranous seedcoat. Mustard, groundnut (peanut), sesame and flax (linseed) seeds contain a lot of oil in the cotyle­dons.

In orange and lemon, the seed is sometimes polyembryonic, i.e., it does contain more than one embryo. The oak acorn is a fruit. The testa of the pomegranate (Punica granatum) is juicy and forms the edible part.

2. Dicotyledonous Albuminous Seeds:

In this type of seeds (ground plan) the food is not really stored in the two cotyle­dons of the embryo but in the endosperm external to the embryo. It will be actually seen later that all embryos who get their food from the endosperm which in its turn gets its food from the nucellus of the ovule.

In the exalbuminous type of seeds, the embryo completely consumes the endosperm and nucellus so that they are no longer seen while the food is kept stored in the cotyledons which do become swollen. In the albuminous type, the endosperm is still present and the cotyledons are thin—acting only as food-sucking organs.

A very common example is the castor bean (Ricinus communis) where the fruit is not a bean but a three-chambered capsule. Here, the seedcoat happens to be a hard shell of a mottled black or brown color. The hilum is indeed almost hidden by an outgrowth, the caruncle. The caruncle is spongy and also absorbs water readily so that it may be of some use in ger­mination. There happens to be a distinct raphe running longitudinally down the seed from the hilum.

On breaking open the shell a white mass is rather found covered by a papery white membrane. This membrane is sometimes supposed to be the tegmen but has been found not to be a part of the seed coat.

The two cotyledons are hinged to the flagellum which does show the protruding radicle with a short hypocotyl behind it and the plumule hidden between the cotyledons.

Among common plants, the dicotyledonous albuminous type of seed is also rather found in papaw (Carica papaya), jute, cotton, Mirabilis, etc.

3. Monocotyledonous Albuminous Seeds:

Most of the common monocotyledonous seeds are indeed albuminous. The large endosperm of the cereals is indeed the most important source of starch, the principal food of all people.

Rice (paddy), wheat and maize can be considered to belong to this class of seeds. They are in fact the most important cereal crops in the world. In all these, the- grains are actually fruits of the caryopsis type. The rice grain is rather tightly covered by the husks; in wheat, the husks are loose, while in maize the husks are short and loose so that the grains are ex­posed. In all the three, the outer coating of the grain is rather formed by the fusion of the peri­carp and the seed coat.

Maize (Zea mays) has the largest embryo and is the easiest to examine and dissect. Maize grains are rather flattened and more or less oblong. On the flat face, the embryo can actually be seen even from the outside as a whitish deltoid area. The wall (pericarp + seedcoat) is yellowish in color or red and so firmly adherent that it cannot be separated from the kernel. In case the seed is cut longitudinally into two and the, cut face stained with iodine, the endosperm part (deep blue because of starch) and the embryo part (yellowish) can be easily demarcated.

Usually, the upper and outer part of the endosperm is horny (more protein) while the inner part and the part nearest to the embryo is mealy white as it does contain mainly starch. On the upper side of the embryo is a shield-shaped structure called the scutellum which does completely cover the endosperm? The tissue of the scutellum abutting on .the endosperm forms the epithelium which is a glandular tissue secreting enzymes to be able to digest the food in the endosperm.

The wheat grain (Triticum ) does resemble maize. The grain is oval and there is a longitudinal groove along the ventral side. The wall is light brown (‘wheat color’).

The endosperm does contain a decreasing proportion of gluten (a protein) as it approaches the scutellum giving it a more and more mealy white appearance.

The embryo resembles maize but from the middle part of the axis, opposite the scutellum, a tongue-like outgrowth, called the epiblast, is seen. The epiblast is also found in many other Gramineae.

The rice grain (Oryza sativa) shows a brown or red-brown wall (pericarp + seedcoat). A lot of protein is contained in the aleurone layer which, along with the pericarp and seedcoat, gets rubbed off in course of polishing rice. The embryo also gets broken.

4. Monocotyledonous Exalbuminous Seeds:

Although all the common monocotyledonous seeds are albu­minous there are indeed a few of the exalbuminous type. This type of seed is rather found in the Aroideae (e.g., Pathos and Amorphophallus cam- panulatus) and also widely in the family’s Hydrocharitaceae (e.g., Vallisneria), Alismaceae (e.g., Alisma Plantago), Naiadaceae, etc.

The seed of Alisma does show a curved embryo with a radicle and a cotyledon.

What is so special about fontina cheese? One will know when one tastes it. It has amazing taste and several health benefits.

What is Fontina Cheese?

Fontina cheese is indeed a specialized aromatic, gluten-free cheese made in a specific region of the Italian Alps, in the Aosta Valley. It does undergo a unique production process and also benefits from the bountiful meadows of that region. When the dairy cows are actually moved to those higher altitudes in the spring, the lush grasses of the valley do provide a unique, earthy flavor to the milk.

Nutrition in Fontina Cheese

100 grams of fontina cheese does contain approximately 390 calories, as well as 25 grams of protein and 31 grams of fat, 20 of which are saturated fat. This serving of fontina cheese also does contain calcium, phosphorous, and sodium. This cheese also does contain high levels of vitamin A, vitamin K, and vitamin B12.

How is Fontina Cheese Made?

The production process of fontina cheese is what actually sets it apart in terms of both flavors as well as international prestige. Although there happen to be numerous other varieties of this cheese, including types from Denmark, Sweden, Argentina, and others, the original Fontina cheese from the Aosta Valley is indeed special.

How is Fontina Cheese made?

Step 1: The specialized cows’ milk is rather heated in large copper cauldrons where cheese curd do begin to develop.

Step 2: It is then, of course, strained through cheesecloth, and placed in wheel molds.

Step 3: These molds then spend three months in the caves and grottos of that valley, being turned, salted and also carefully processed by skilled artisans, several from families who have been making Fontina cheese for generations.

Step 4: After the cheese is fully matured, it can be sent out into the world.

Benefits of Fontina Cheese

There are several excellent benefits of fontina cheese, owing to its rich nutrient content, including protecting heart health and also reducing intestinal issues, as well as boosting bone health and improving cellular communication.

Heart health:

Numerous studies have indicated that the benefits of both vitamin B and vitamin K are for protecting cardiovascular health, the latter of which is good for protecting the integrity of one’s arteries.

Gut health:

Fontina cheese has long been made use as a traditional remedy for treating constipation, diarrhea, bloating, and cramps, and is generally known to boost gut health. Research done on a variety of cheese has indeed been found fontina to be a nutritious and potentially bioactive ingredient.

Bone health:

The high levels of calcium and phosphorous found in this specialty cheese is indeed excellent for protecting bone health as one age. Numerous studies over the years have found a direct link between a reduction in osteoporosis and regular calcium intake, and a single half-ounce of this cheese does provide nearly 20% of the calcium we require each day.

Cellular communication:

Calcium, as well as phosphorous, also do play a key role in ensuring rapid cellular communication and nerve function, as well as regulating the metabolism, maintaining normal energy levels, and also preventing certain kidney disease, as shown in numerous studies.

Understanding the best fontina cheese substitutes is important for certain recipes, or simply if one wants to add some new flavors to one’s cheese and crackers routine.

Fontina Cheese Substitutes

Good fontina cheese substitutes are semi-hard, similar to fontina, an Italian cow’s milk cheese. Young fontina is indeed very soft and melts well. Mature fontina is hard, with holes inside the cheese, and also has a very distinct nutty, buttery flavor. Fontina happens to be a popular cheese for fondue and sauces, and pairs well with savory meats and mushrooms, particularly truffles.

If one cannot find fontina at one’s local shop, there are several substitutes for fontina cheese such as Gouda, gruyere, taleggio, provolone, Emmental, mozzarella, and Edam among others.

Gouda

As a popular cheese, Gouda originated in the Netherlands. It has a firm, creamy density that does indeed melt well. The flavor of Gouda does get stronger as it ages, like fontina, but retains a butteriness that does pair with wines and strong sauces.

Gruyere

Gruyere is a Swiss cow’s milk cheese, yellowish in color that can be substituted for fontina in several applications. It is considered one of the closest matches to fontina. It does bear more of a resemblance to mature fontina, with a dense texture and strong, nutty flavor. Gruyere is best used in soups, sandwiches, and pasta.

Taleggio

Taleggio happens to be another Italian cow’s milk cheese that is quite similar to fontina in terms of its high-fat content as well as strong distinctive smell. It pairs best with meats and is popular in sandwiches and on pizzas.

Provolone

Provolone is a mild Italian cheese that substitutes well for fontina in baked pasta as well as soups. It is very popular as a sandwich cheese. The flavor is very mild and it also has practically no smell, making this a good switch if one is cooking for someone who prefers less pungent cheese.

Emmental

Also known commonly as Swiss cheese, Emmental is a Swiss cow’s milk cheese that is hard as well as pungent. It is best-made use of as a fontina substitute on sandwiches and in fondue, whereby the nutty flavor comes out best.