Rabu, 11 April 2012

coriander (wikipedia)



Coriander (Coriandrum sativum), also called cilantro or dhania, is an annual herb in the family Apiaceae. Coriander is native to southern Europe and North Africa to southwestern Asia. It is a soft, hairless plant growing to 50 centimetres (20 in) tall. The leaves are variable in shape, broadly lobed at the base of the plant, and slender and feathery higher on the flowering stems. The flowers are borne in small umbels, white or very pale pink, asymmetrical, with the petals pointing away from the center of the umbel longer (5–6 mm) than those pointing towards it (only 1–3 mm long). The fruit is a globular, dry schizocarp 3–5 mm diameter. While in the English-speaking world (except for the U.S.) the leaves and seeds are known as coriander, in American culinary usage the leaves are generally referred to by the Spanish word cilantro.

Etymology
First attested in English late 14th century, the word coriander derives from the Old French coriandre, which comes from Latin coriandrum, in turn from Greek κορίαννον (koriannon). The earliest attested form of the word is the Mycenaean Greek ko-ri-ja-da-na (written in Linear Bsyllabic script, reconstructed as koriadnon), similar to the name of Minos' daughter Ariadne, and it is plain how this might later evolve tokoriannon or koriandron.

Uses
All parts of the plant are edible, but the fresh leaves and the dried seeds are the parts most commonly used in cooking. Coriander is common in South AsianMiddle EasternCentral AsianMediterraneanIndianTex-MexLatin AmericanPortugueseChineseAfrican, andScandinavian cuisine.
Coriander leaves, raw
Nutritional value per 100 g (3.5 oz)
Energy
95 kJ (23 kcal)
Carbohydrates
4 g
- Dietary fiber
3 g
Fat
0.5 g
Protein
2 g
Vitamin A equiv.
337 μg (42%)
Vitamin C
27 mg (33%)
Percentages are relative to US recommendationsfor adults.

Leaves
The leaves are variously referred to as coriander leaves, fresh coriander, Chinese parsley, or cilantro (in America, from the Spanish name for the plant).
It should not be confused with culantro (Eryngium foetidum L.) which is a close relative to coriander (Coriandrum sativum L.) but has a distinctly different appearance, a much more potent volatile leaf oil and a stronger smell.
The leaves have a different taste from the seeds, with citrus overtones. Many experience an unpleasant "soapy" taste or a rank smell and avoid the leaves. The flavours have also been compared to those of the stink bug, and similar chemical groups are involved (aldehydes). There appears to be a genetic component to the detection of "soapy" versus "herby" tastes.
The fresh leaves are an ingredient in many South Asian foods (such as chutneys and salads), in Chinese dishes, in Mexican cooking, particularly in salsa and guacamole and as a garnish, and in salads in Russia and other CIS countries. Chopped coriander leaves are a garnish on Indian dishes such as dal. As heat diminishes their flavor, coriander leaves are often used raw or added to the dish immediately before serving. In Indian and Central Asian recipes, coriander leaves are used in large amounts and cooked until the flavor diminishes. The leaves spoil quickly when removed from the plant, and lose their aroma when dried or frozen.

Fruit
The dry fruits are known as coriander or coriandi seeds. In India they are called dhania. The word "coriander" in food preparation may refer solely to these seeds (as a spice), rather than to the plant. The seeds have a lemony citrus flavour when crushed, due to terpenes linalool and pinene. It is described as warm, nutty, spicy, and orange-flavored.
The variety C. s. vulgare or macrocarpum has a fruit diameter of 3–5 mm, while var. microcarpumfruits have a diameter of 1.5–3 mm. Large-fruited types are grown mainly by tropical and subtropical countries, e.g. Morocco, India and Australia, and contain a low volatile oil content (0.1-0.4%). They are used extensively for grinding and blending purposes in the spice trade. Types with smaller fruit are produced in temperate regions and usually have a volatile oil content of around 0.4-1.8%, and are therefore highly valued as a raw material for the preparation of essential oil.
It is commonly found both as whole dried seeds and in ground form. Seeds can be roasted or heated on a dry pan briefly before grinding to enhance and alter the aroma. Ground coriander seed loses flavor quickly in storage and is best ground fresh.
Coriander seed is a spice in garam masala and Indian curries, which often employ the ground fruits in generous amounts together with cumin. It acts as a thickener. Roasted coriander seeds, called dhana dal, are eaten as a snack. It is the main ingredient of the two south Indian dishes: sambhar and rasam. Coriander seeds are boiled with water and drunk as indigenous medicine for colds.
Outside of Asia, coriander seed is used for pickling vegetables, and making sausages in Germany and South Africa (see boerewors). In Russia and Central Europe, coriander seed is an occasional ingredient in rye bread as an alternative to caraway. Coriander seeds are used inEuropean cuisine today, though they were more important in former centuries.
Coriander seeds are used in brewing certain styles of beer, particularly some Belgian wheat beers. The coriander seeds are used with orange peel to add a citrus character.

Roots
Coriander roots have a deeper, more intense flavor than the leaves. They are used in a variety of Asian cuisines. They are commonly used in Thai dishes, including soups and curry pastes.

History
Coriander grows wild over a wide area of the Near East and southern Europe, prompting the comment, "It is hard to define exactly where this plant is wild and where it only recently established itself." Fifteen desiccated mericarps were found in the Pre-Pottery Neolithic B level of the Nahal Hemel Cave in Israel, which may be the oldest archeological find of coriander. About half a litre of coriander mericarps were recovered from the tomb of Tutankhamen, and because this plant does not grow wild in Egypt, Zohary and Hopf interpret this find as proof that coriander was cultivated by the ancient Egyptians.
Coriander seems to have been cultivated in Greece since at least the second millennium BC. One of the Linear B tablets recovered from Pylos refers to the species as being cultivated for the manufacture of perfumes, and it appears that it was used in two forms: as a spice for its seeds and as a herb for the flavor of its leaves. This appears to be confirmed by archaeological evidence from the same period: the large quantities of the species retrieved from an Early Bronze Age layer at Sitagroi in Macedonia could point to cultivation of the species at that time.
Coriander was brought to the British colonies in North America in 1670, and was one of the first spices cultivated by early settlers.

Similar plants
These herbs are used where they grow in much the same way as coriander is used.
§  Eryngium foetidum has a similar taste and is known as culantro, and is found in Mexico, South America and the Caribbean.
§  Persicaria odorata is commonly called Vietnamese coriander, or rau răm. The leaves have a similar odour and flavour to coriander. It is a member of the Polygonaceae, or buckwheat family.
§  Papaloquelite is one common name for Porophyllum ruderale subsp. macrocephalum, a member of the Compositae or Asteraceae, the sunflower family. This species is found growing wild from Texas to Argentina.

Health effects and medicinal uses
Coriander, like many spices, contains antioxidants, which can delay or prevent the spoilage of food seasoned with this spice. A study found both the leaves and seed to contain antioxidants, but the leaves were found to have a stronger effect.
Chemicals derived from coriander leaves were found to have antibacterial activity against Salmonella choleraesuis, and this activity was found to be caused in part by these chemicals acting as nonionic surfactants.
Coriander has been used as a folk medicine for the relief of anxiety and insomnia in Iran. Experiments in mice support its use as an anxiolytic. Coriander seeds are used in traditional Indian medicine as a diuretic by boiling equal amounts of coriander seeds and cumin seeds, then cooling and consuming the resulting liquid. In holistic and traditional medicine, it is used as a carminative and as a digestive aid.
Coriander has been documented as a traditional treatment for diabetes. A study on mice found coriander extract had both insulin-releasing and insulin-like activity.
Coriander seeds were found in a study on rats to have a significant hypolipidemic effect, resulting in lowering of levels of total cholesterol and triglycerides, and increasing levels of high-density lipoprotein. This effect appeared to be caused by increasing synthesis of bile by the liver and increasing the breakdown of cholesterol into other compounds.

Coriander can produce an allergic reaction in some people.

Source :  http://en.wikipedia.org/wiki/Coriander

Rabu, 04 April 2012

Cahaya Bulan ost Gie



Suka banget niih sama lagu ini..filmnya juga..
(uuppss,gambarnya mas Nicholas Saputra niih..biz saya ngfans masnya siih :D :D)


Perlahan sangat pelan hingga terang kan menjelang
Cahaya kota kelam mesra menyambut sang petang
Di sini ku berdiskusi dengan alam yg lirih
Kenapa matahari terbit menghangatkan bumi
   aku orang malam yg membicarakan terang
   aku orang tenang yg menentang kemenangan oleh pedang
Perlahan sangat pelan hingga terang kan menjelang
Cahaya nyali besar mencuat runtuhkan bahaya
Di sini ku berdiskusi dengan alam yg lirih
Kenapa indah pelangi tak berujung sampai di bumi
   aku orang malam yg membicarakan terang
   aku orang tenang yg menentang kemenangan oleh pedang
Reff: cahaya bulan menusukku dengan ribuan pertanyaan
yg takkan pernah aku tau dimana jawaban itu
bagai letusan berapi bangunkan dari mimpi
sudah waktunya berdiri mencari jawaban kegelisahan hati
Terangi dengan cinta di gelapku
Ketakutan melumpukanku
Terangi dengan cinta di sesatku
Dimana jawaban itu


Source: http://liriklaguindonesia.net/erros-so7-feat-okta-cahaya-bulan.htm#ixzz1r5d14x3F

Selasa, 03 April 2012

yakult



Yakult (ヤクルト Yakuruto?) is a Japanese probiotic milk-like product made by fermenting a mixture of skimmed milk with a special strain of thebacterium Lactobacillus casei Shirota. It was created by Minoru Shirota who graduated from the Medical School of Kyoto University in 1930. In 1935, he started manufacturing and selling Yakult. Official claims state that the name is derived from jahurto, an older form of jogurto, the Esperanto word for "yogurt". Since then, Yakult has also introduced a line of beverages for the Japanese market that contain Bifidobacterium breve bacteria, and has also used its lactobacilli research to develop cosmetics.

Nutritional value
Standard Yakult (excludes variations such as in Yakult Light) contains:
  • Sugar (sucrose, dextrose) to balance sourness with sweetness.
  • Skimmed milk powder
  • Natural flavours
  • Live Lactobacillus casei Shirota strain, 8 billion per 65 mL bottle (concentration of 108 CFU/mL)
  • Water
Standard Yakult contains 18g of sugar for every 100g, but comes in 65 mL bottles. This concentration is higher than the level defined as “HIGH” by the UK Food Standards Agency (described for concentrations of sugar above 15g per 100g).[10] As a comparison Coca-Cola and orange juice are in the range of 10g of sugar per 100g, but with a serving size usually greater than 250 ml, while Yakult is served in much smaller doses. Based on the content of milk protein (1.4 g per 100 mL), it is not classified as a flavoured fermented milk of the Codex Standard for Fermented Milks. However, based on the existence of many products like Yakult in the world market, a new category is going to be established into the current Codex Standard for Fermented Milks.
Through Nutrient profiling guidelines, current health claim regulation in European Union may forbid the use of health claim on food products that are nutritionally unbalanced, but dairy products and probiotic drinks are likely to be considered as favorable carrier because their health benefits outweigh the fact they might be high in one of the designated 'unhealthy' ingredients.

Lyric LOve LoVe LovE _hope ft jason mraz_




Love, Love, Love, Love, Love
Giving me
Love, Love, Love
More than I ever need

Love, you're so distracting
Am I overreacting, For feeling this way
And ever, since I met ya, I can't keep my attention
And you are to blame

Chorus
Your love's a permanent distraction, a perfect interaction
a feeling so extreme
I lost my appetite to eat, and I barely get to sleep
Cause you're even in my dreams
And I thought that I was strong but I knew that all along,
this was out of my control
So I fell into your hands, and i don't know where we'll land,
I'm just going with the flow

Love, Love, Love, Love, Love

Somedays, I want to run away
This feels so perfect, it's breaking my heart
Yeah we could, we could stay here happy
Or after summer, be two worlds apart

Chorus
Your love's a permanent distraction, a perfect interaction
a feeling so extreme
I lost my appetite to eat, and I barely get to sleep
Cause you're even in my dreams
And I thought that I was strong but I knew that all along
his was out of my control
So I fell into your hands, and i don't know where we'll land
I'm just going with the flow

Giving me, Love Love Love, Love Love
More than i ever need
Giving me Love Love Love

Your Love, is bigger than a rain cloud
It covered up my whole skies
It's filling up my heart,
My heart with
Love, Love, Love, Love, Love
More than I ever need
giving me
Love, Love, Love

Chorus
Your love's a permanent distraction, a perfect interaction
a feeling so extreme
I lost my appetite to eat, and I barely get to sleep
Cause you're even in my dreams
And I thought that I was strong but I knew that all along,
this was out of my control
So I fell into your hands, and i don't know where we'll land,
I'm just going with the flow

Giving me
Love, Love, Love, Love, Love
More than I ever need


Read more: http://artists.letssingit.com/hope-lyrics-love-love-love-feat-jason-mraz-p5r69ll#ixzz1qzJgvinP 

Kefir vs Yogurt

What is Kefir?

Kefir is a cultured, enzyme-rich food filled with friendly micro-organisms that helps balance your "inner ecosystem."

Kefir Benefits

Kefir has many benefits including better digestion of fats, proteins and carbohydrates, and has been known for thousands of years for its anti-aging and immune enhancing properties.
Kefir's tart and refreshing flavor is similar to a drinking-style yogurt, but it contains beneficial yeast as well as friendly 'probiotic' bacteria found in yogurt. The naturally occurring bacteria and yeast in kefir combine symbiotically to give superior health benefits when consumed regularly. It is loaded with valuable vitamins and minerals and contains easily digestible complete proteins.
For the lactose intolerant, kefir's abundance of beneficial yeast and bacteria provide lactase, an enzyme which consumes most of the lactose left after the culturing process.
Easily digested, it cleanses the intestines, provides beneficial bacteria and yeast, vitamins and minerals, and complete proteins. Because kefir is such a balanced and nourishing food, it contributes to a healthy immune system and has been used to help patients suffering from AIDS, chronic fatigue syndrome, herpes, and cancer. Its tranquilizing effect on the nervous system has benefited many who suffer from sleep disorders, depression, and ADHD (attention deficit hyperactivity disorder).
The regular use of kefir can help relieve all intestinal disorders, promote bowel movement, reduce flatulence and create a healthier digestive system. In addition, its cleansing effect on the whole body helps to establish a balanced inner ecosystem for optimum health and longevity.
Kefir can also help eliminate unhealthy food cravings by making the body more nourished and balanced. Its excellent nutritional content offers healing and health-maintenance benefits to people in every type of condition.

Nutritional Content of Kefir

Body Ecology Kefir Starter contains the following beneficial bacteria:
  • Lactococcus lactis subsp. lactis
  • Lactococcus lactis subsp. cremoris
  • Lactococcus lactis subsp. diacetylactis
  • Leuconostoc mesenteroides subsp. cremoris
  • Lactobacillus kefyr (thermophilic)
  • Klyveromyces marxianus var. marxianus
  • Saccaromyces unisporus
  • Dextrose as a carrier (consumed during fermentation)
In addition to beneficial bacteria and yeast, kefir contains minerals and essential amino acids that help the body with healing and maintenance functions. The complete proteins in kefir are partially digested and therefore more easily utilized by the body. Tryptophan, one of the essential amino acids abundant in kefir, is well known for its relaxing effect on the nervous system. Because kefir also offers an abundance of calcium and magnesium, which are also important minerals for a healthy nervous system, kefir in the diet can have a particularly profound calming effect on the nerves.
Kefir's ample supply of phosphorus, the second most abundant mineral in our bodies, helps utilize carbohydrates, fats, and proteins for cell growth, maintenance and energy. Kefir is rich in Vitamin B12, B1, and Vitamin K. It is an excellent source of biotin, a B Vitamin which aids the body's assimilation of other B Vitamins, such as folic acid, pantothenic acid, and B12. The numerous benefits of maintaining adequate B vitamin intake range from regulation of the kidneys, liver and nervous system to helping relieve skin disorders, boost energy and promote longevity.

Kefir vs. Yogurt

Both kefir and yogurt are cultured milk products but they contain different types of beneficial bacteria. Yogurt contains transient beneficial bacteria that keep the digestive system clean and provide food for the friendly bacteria that reside there.
But kefir can actually colonize the intestinal tract, a feat that yogurt cannot match.
Kefir contains several major strains of friendly bacteria not commonly found in yogurt, Lactobacillus Caucasus, Leuconostoc, Acetobacter species, and Streptococcus species. It also contains beneficial yeasts, such as Saccharomyces kefir and Torula kefir, which dominate, control and eliminate destructive pathogenic yeasts in the body. They do so by penetrating the mucosal lining where unhealthy yeast and bacteria reside, forming a virtual SWAT team that housecleans and strengthens the intestines. Hence, the body becomes more efficient in resisting such pathogens as E. coli and intestinal parasites.
Kefir's active yeast and bacteria provide more nutritive value than yogurt by helping digest the foods that you eat and by keeping the colon environment clean and healthy. Because the curd size of kefir is smaller than yogurt, it is also easier to digest, which makes it a particularly excellent, nutritious food for babies, the elderly and people experiencing chronic fatigue and digestive disorders.

How is Kefir Made?

Kefir can be made from any type of milk, cow, goat or sheep, coconut, rice or soy. Although it is slightly mucous forming, the mucous has a "clean" quality to it that creates ideal conditions in the digestive tract for the colonization of friendly bacteria.
Kefir is made from gelatinous white or yellow particles called "grains." This makes kefir unique, as no other milk culture forms grains. These grains contain the bacteria/yeast mixture clumped together with casein (milk proteins) and complex sugars. They look like pieces of coral or small clumps of cauliflower and range from the size of a grain of wheat to that of a hazelnut. Some of the grains have been known to grow in large flat sheets that can be big enough to cover your hand!. The grains ferment the milk, incorporating their friendly organisms to create the cultured product. The grains are then removed with a strainer before consumption of the kefir and added to a new batch of milk.

Suggested Use

To activate starter for initial usage:
  • Into container (preferably glass with lid), mix together the entire contents of one foil package of kefir starter and one quart of slightly warmed milk (about skin temperature [92 °F/33.3 °C].)
    Note: Kefir is traditionally made with cow's milk, but can be made with soy, coconut, rice, goat, or sheep milk (other varieties of milk yield a more watery kefir than cow's milk).
  • Shake, stir or whip with a whisk to mix well. Put lid on container.
  • Let this mixture ferment at 72-75 °F (22.2-23.9 °C) for 18-24 hours for milk, 24-48 hours for coconut water and some others. (You will notice it is ready if the milk has thickened and has a distinctive, sour fragrance. Final consistency is pourable but not "eat with a spoon" thick.) Coconut water will not thicken like milk, only become cloudy and much less sweet.
  • Shake or stir vigorously and place into the refrigerator. Even in your refrigerator the fermentation process continues, but chilling will slow down the fermentation of the healthy bacteria and beneficial yeast.

makanan buat otak (untuk remaja)

Nyuplik dari http://www.askdrsears.com/topics/family-nutrition/brain-foods/smart-foods-teen-brains niiiiih :D




Smart Foods for Teen Brains
Here are some tips to improve the growth and performance of your teen:
  • Model healthy eating habits rather than preaching them. Show your teens how to shop. Make each trip to the grocery store a nutrition lesson. Encourage teens to help with shopping selections and dinner planning, so they connect good food with good health.
  • Say no. Especially resist the pressure of packaged foods (which are nutrient poor and loaded with hydrogenated fats) and drinks which are loaded with sugar, artificial colorings and chemicals that can rob the bones of the growing teens of calcium.
  • Use teen thinking to your advantage. Teens want to grow, so you talk about foods that help them grow and foods that don’t. For example, if your teen sees some of his peers growing at a faster rate (which is genetic, not nutritional), take this opportunity to talk with him about calcium rich foods and "grow foods" which can give them more calcium and protein that boosts bone and muscle growth. Adolescents are appearance conscious. Talk to them about the correlation between nutritious food and healthy-looking skin, fast food and weight maintenance, and how nutrition affects sports performance. These are all opportunities to teach your child more about the importance of nutrition.

Here are the specific extra nutritional needs of your teen:
  • More protein. Teen males need around 25% more protein, at least 15 more grams than a pre-teen. Most adolescent females, on the other hand, need less daily protein than males.
  • More iron. When entering adolescence, males need around 20% more iron during the phase of rapid muscle growth. Females need around 33% more iron once they begin menstruation. 
  • More zinc. Adolescent males need about a 33% increase in their daily requirements for zinc; adolescent females need about 20% more zinc than pre-adolescent females.
  • More calcium. Both adolescent males and females need around 33% more calcium than pre-adolescents (1,200 milligrams a day versus 800 milligrams).
  • More vitamins. Both males and females show at least a 20 to 30% increase in daily requirements of nearly all the vitamins as they grow from pre-teens to adolescents.

Senin, 02 April 2012

Corned Beef (Kornet Daging Sapi)

Sejarah Kornet
Nama kornet berasal dari bahasa Inggris “corned”, dari kata “corn” yang artinya butiran, yaitu bentuk dari partikel garam kasar yang digunakan untuk mengolah kornet. Cara pengolahan daging sapi menjadi kornet diperkirakan muncul pertama kali pada abad 12 di Irlandia. Data ini didasarkan pada baris puisi Aislinge Meic Con Glinne atau The Vision of MacConglinne, yang menyebut daging olahan lezat semacam kornet. Di Irlandia, pada abad 12, kegiatan potong sapi dilakukan ketika ternak tidak lagi menghasilkan susu sapi, atau jika sapi pedaging tidak mampu lagi bekerja. Jadi kornet yang berasal dari daging sapi adalah hidangan langka dan sangat berharga.
Pada tahun 1740 terjadi bencana berupa perubahan iklim yang ekstrim yang melanda Irlandia, yang saat itu telah menjadi jajahan Inggris. Hampir seluruh lahan pertanian mengalami kekeringan dan penduduk Irlandia terancam kelaparan, termasuk ternak sapi milik mereka. Ternak sapi pedaging (sapi potong) dan sapi perah yang dimiliki oleh warga Irlandia kemudian diselamatkan ke Inggris. Namun, karena kebutuhan akan daging sapi di Inggris terus meningkat, pemerintah Inggris bukannya membantu menyelamatkan warga Irlandia dari kelaparan, mereka justru memaksa warga Irlandia merubah lahan pertanian menjadi peternakan sapi pedaging (sapi potong), yang hasilnya diolah menjadi kornet untuk di eskpor ke Inggris.
Penduduk Irlandia yang bukan peternak sapi hanya diberikan lahan terbatas untuk menanam kentang bagi keperluan mereka. Kondisi ini secara tidak langsung merubah pola makan penduduk Irlandia, dengan tidak lagi memasukkan daging sapi ke dalam menu mereka. Kondisi ini terus memburuk, akibatnya pada abad 18 terjadi gelombang pengungsian penduduk Irlandia ke Amerika Serikat. Di wilayah baru ini, warga Irlandia kembali dapat mengkonsumsi daging sapi yang kemudian diolah menjadi kornet. Warga Irlandia memang lebih familiar dengan kornet, dibandingkan dengan olahan daging sapi di Amerika yaitu “bacon”. Bacon adalah sayatan daging tipis dan panjang,yg berasal dari bagian punggung babi, yang harganya mahal dan memang jarang terdapat di Irlandia.
Saat ini, walaupun berasal di Irlandia, kornet tidak lagi dianggap sebagai hidangan nasional Irlandia. Dan kini, konsumsi kornet erat hubungannya budaya Irlandia-Amerika seperti perayaan Saint Patrick’s Day, tanggal 17 Maret, yaitu salah satu hari libur keagamaan (katolik) di Irlandia.
Di Amerika Serikat dan Kanada, kornet biasanya dipasarkan di delicatessens (toko makanan) dalam 2 bentuk yaitu potongan daging sapi (biasanya jenis sandung lamur, kadang-kadang jenis “round” atau “silverside”) yang diawetkan, atau daging sapi yang direndam dalam air garam dan ditempatkan dalam kaleng (setengah matang). Kornet ini berbeda dengan kornet yang diimpor dari Amerika Selatan, dimana daging sapinya dicincang terlebih dahulu (Anonim, 2005).

Corned Beef

Kata corned berasal dari bahasa Inggris yang berarti diawetkan dengan garam. Dari kata tersebut lahirlah istilah corned beef, yaitu daging sapi yang diawetkan dengan penambahan garam dan dikemas dengan kaleng. Dalam bahasa Indonesia, kata corned beef diadopsi menjadi daging kornet (Astawan, 2008). Menurut Bintoro (2008), kornet daging sapi adalah daging sapi yang diberi garam (corning), baik dengan penambahan bumbu-bumbu lain ataupun tidak. Flavor produk ini sangat khas dan disukai oleh kebanyakan suku bangsa di dunia karena umumnya tersedia di pasar dalam kemasan kaleng. Kornet sapi biasanya menjadi campuran berbagai masakan siap saji. Menurut Dewan Standarisasi Nasional (1995), kornet umumnya dibuat dari daging sapi, dalam pembuatan kornet daging yang digunakan merupakan potongan daging segar atau beku (yang telah memenuhi persyaratan dan peraturan yang berlaku), boleh dicampur dengan daging bagian kepala dan hati. Hadiwiyoto (1983), menyatakan bahwa kornet merupakan hasil olahan daging sapi dengan kentang sebagai bahan pengikat, serta bumbu-bumbu berupa bawang merah, kaldu, garam, merica dan natrium nitrit.
Bahan dan Alat
   Bahan dasar pembuatan kornet adalah daging sapi yang digiling. Bahan tambahan berupa garam dapur, nitrit, alkali fosfat, bahan pengisi, air, lemak, gula dan bumbu (Astawan, 2008). Bumbu yang digunakan meliputi mrica, bawang putih, pala, bay leaves, oregano, dan sage (Bintoro, 2008).
Garam dapur (NaCl) merupakan bahan penolong dalam pembentukan emulsi daging kornet. Selain itu, garam memberi cita rasa asin, meningkatkan daya penahan air, dan meningkatkan kelarutan protein serabut daging. Garam juga mampu menghambat pertumbuhan bakteri dan mikroba pembusuk lainnya. Fungsi nitrit adalah menstabilkan warna merah daging, membentuk flavor yang khas, menghambat pertumbuhan bakteri pembusuk dan beracun, serta memperlambat terjadinya ketengikan. Jumlah nitrit yang diizinkan tersisa pada produk akhir adalah 50 ppm (mg/kg). Penambahan senyawa alkali fosfat pada daging akan meningkatkan daya ikat air dari protein daging dan mengurangi pengerutan kornet (Astawan, 2008).
      Bahan pengisi yang dapat ditambahkan adalah tepung tapioka, terigu, atau susu skim. Penambahan bahan tersebut harus tidak melebihi 3,5% dari produk. Penambahan lemak pada daging kornet berfungsi untuk membentuk produk yang kompak dan empuk, serta memperbaiki rasa dan aroma. Bertambahnya kadar air dan lemak di dalam kornet akan menambah juiciness dan keempukannya. Fungsi utama gula dalam pembuatan kornet adalah untuk memodifikasi rasa, menurunkan kadar air, dan sebagai pengawet. Bumbu merupakan bahan aromatik yang diperolehdari tumbuhan atau diproduksi secara sinteris. Bumbu memberikan cita rasa enak yang diinginkan (Astawan, 2008).
    Peralatan yang diperlukan antara lain chopper untuk menggiling daging sehingga dihasilkan daging cincang, mixer untuk mencampur adonan sehingga menjadi homogen, alat pengukus untuk memasak adonan daging, ekshauster untuk menyedot dan menghampakan udara di dalam kaleng, mesin penutup kaleng untuk menutup kaleng secara hermetis (kedap udara), retort untuk memanaskan kaleng dan isinya sehingga tercipta kondisi yang steril.
Proses Pembuatan
      Cara pembuatan corned beef yaitu daging dicuci (sebaiknya dengan air dingin), kemudian dipotong-potong kira-kira 2-3 cm3. Daging potongan diletakkan di atas penampan berlubang, dan diangin-anginkan sampai air habis menetes. Setelah daging potongan menjadi kesat, daging ditimbang.
Tabel 1. Bahan-bahan Curing untuk Pembuatan Kornet Sapi (Ibarra, 1994)
Daging
Kg
Air
ml
Garam dapur
G
Gula
G
K/Na Nitrit
Mg
1
2
3
4
5
200
400
600
800
1000
16
32
35,2
38,4
41,6
7,2
14,4
21,6
28,8
36,0
479,4
958,8
1427,4
1917,6
2397,0

            Tabel 1 digunakan untuk menentukan komposisi bahan curing yang digunakan. Tiap bahan yang dibutuhkan ditimbang atau diukur sesuai dengan kebutuhan. Garam, gula dan garam nitrit dilarutkan dalam air (200 ml/kg daging). Larutan ini kemudian disaring dengan kain saring.

Tabel 2. Bumbu-bumbu yang Digunakan dalam Pembuatan Kornet Sapi per 1 kg (Ibarra, 1994)
Bumbu
Jumlah
Merica
Bawang putih
Pala
Bay leaves
Oregano
Sage
4 gram
8 gram
2 gram
2 lembar
1 untai
2 gram

Daging potongan dimasukkan dalam larutan curing. Perendaman (curing) dilakukan pada suhu 2-5°C selama 2-3 hari  atau satu malam pada suhu kamar. Daging yang telah dicuring, dipindah ke panci. Bumbu pada Tabel 2 ditimbang atau diukur sesuai kebutuhan, kemudian dibungkus dengan kain dan dimasukkan dalam panci. Daging dalam panci direbus kira-kira 2-3 jam dengan api kecil. Perebusan ini membutuhkan waktu 40 menit. Setelah direbus, daging dicabik-cabik dengan 2 buah garpu hingga menyerupai kornet sapi. Daging cabikan diletakkan dalam wajan dan dipanaskan dengan api kecil. Daging dibolak-balik selama pemanasan. Pemanasan dan pembalikkan dihentikan pada saat terbentuk daging olahan yang berserat dan agak keriting. Kemudian dibiarkan hingga daging olahan ini dingin, kemudian dikemas (Bintoro, 2008). Skema cara pembuatan corned beef dapat dilihat pada Ilustrasi 1.
Menurut Astawan (2008), proses pembuatan corned beef yaitu daging sapi digiling dengan chopper dengan menambahkan es batu atau air dingin, sehingga selama penggilingan suhu dapat dipertahankan tetap dibawah 16°C. Setelah dicincang, daging dimasukka ke dalam mixer untuk mencampur daging, bumbu dan bahan lainnya menjadi adonan yang homogen. Agar emulsi tetap terjaga stabilitasnya maka pencampuran harus dilakukan pada suhu rendah (10-16°C).
       Emulsi daging yang terbentuk selanjutnya diisikan ke dalam kaleng yang sebelumnya telah disterilakn dengan panas. Pengisian dilakukan dengan menyisakan sedikit ruang kosong di dalam kaleng, disebut head space. Kaleng yang telah diisi lalu divakum (exhausting) dengan cara melewatkannya melalui ban berjalan ke dalam exhauster box bersuhu 90-95°C selama 15 menit. Setelah itu, kaleng dalam keadaan panas langsung ditutup dengan mesin penutup kaleng. Selanjutnya kaleng beserta isinya disterilisasi dengan memasukkannya ke dalam retort dan dimasak pad suhu 120°C dan tekanan 0,55 kg/cm2, selama 15 menit. Agar daging tidak mengalami pemanasan yang berlebih, kaleng yang telah disterilkan harus segera didinginkan di dalam bak pendingin yang berisi air selama 20-25 menit. Setelah permukaan kaleng dibersihkan dengan lap hingg kering, produk diberi label dan dikemas (Astawan, 2008).
Mutu dan Gizi
    Syarat mutu daging kornet telah ditentukan berdasarkan Standar Nasional Indonesia (SNI), dapat dilihat pada Tabel 3. Walaupun demikian, dalam praktiknya masih ada produk yang tidak sesuai dengan SNI.
Tabel 3. Syarat Mutu Corned Beef dalam Kaleng (SNI 01-3775-1995)
No
Uraian
Satuan
Syarat Mutu
1
Keadaan kaleng

Kondisi normal, tidak bocor, tidak kembung, tidak berkarat, permukaan tidak bernoda, lipatan kaleng baik
2
Kehampaan
mmHg
Min. 70
3
Kadar protein
% bb
Min. 17
4
Kadar lemak
% bb
Maks. 12
5
Pengawet



a.       Nitrat, atau
mg/kg
Maks. 500

b.      Nitrit, atau
mg/kg
Maks. 50

c.       Gabungan nitrat dan nitrit
mg/kg
Maks. 12
6
Kadar karbohidrat
% bb
Maks. 5
7
Cemaran logam:



a.       Tembaga (Cu)
mg/kg
Maks. 20

b.      Timbal (Pb)
mg/kg
Maks. 2

c.       Raksa (Hg)
mg/kg
Maks. 0,03

d.      Zinc (Zn)
mg/kg
Maks. 40

e.       Timah (Sn)
mg/kg
Maks. 250
8
Cemaran Arsen
mg/kg
Maks. 1
9
Cemaran mikroba



a.       bakteri aerob termofilik pembentuk spora
Koloni/g
Maks. 102

b.      bakteri koliform
APM/g
< 3

c.       Clostridium perfringens
Koloni/g
0

     Komposisi zat gizi kornet dalam kaleng sangat beragam, tergantung jenis daging yang digunakan, mutu bahan baku sebelum diolah, cara pengolahan, cara dan lama penyimpanan produk,  serta kondisi kaleng selama penyimpanan. Secara umum dapat dikatakan bahwa daging kornet dalam kaleng mempunyai nilai gizi yang cukup baik, khususnya dalam hal protein, vitamin dan mineral. Komposisi daging sapi segar dan kornet dapat dilihat pada Tabel 4.

Tabel 4. Komposisi Daging Sapi Segar dan Kornet (Direktorat Gizi Depkes, 1992)
Komponen
(per 100 g bahan)
Daging sapi
Daging kornet
Energi (Kalori)
207
241
Protein (g)
18,8
16,0
Lemak (g)
14,0
25,0
Karbohidrat (g)
0
0
Kalsium (mg)
11
10
Fosfor (mg)
170
170
Besi (mg)
2,8
4,0
Vitamin A (SI)
30
0
Vitamin B1
0,08
0,01
Vitamin C (mg)
0
0
Air (g)
66
53


Ciri Kerusakan Kornet
      Daging kornet yang ada di pasaran umumnya dikemas dengan kaleng. Umur simpan daging kornet dalam kaleng dapat mencapai 2 tahun atau lebih, tergantung proses pengolahan, jenis kaleng, penyimpanan dan distribusi. Kebusukan kornet dalam kaleng dapat disebabkan oleh proses pembuatan yang tidak benar, kebocoran wadah, atau penyimpanan pada suhu yang tidak tepat dan terlalu lama. Kebusukan tersebut tidak selalu dapat dideteksi dari penampakan wadah karena tidak selalu diikuti oleh perubahan bentuk wadah. Secara umum, ciri-ciri untuk menilai kualitas kornet dalam kaleng sebagai berikut:
v  Flat sour
Apabila produk dalam kaleng memberikan cita rasa asam karena adanya aktivitas mikroba tanpa memproduksi gas (kaleng tetap datar, tidak menggembung, tetapi produk menjadi asam).
v  Penggembungan kaleng (swells)
Kaleng yang gembung dapat terjadi akibat terbentuknya gas dalam wadah karena adanya pertumbuhan dan aktivitas mikroba. Kaleng yang gembung dapat juga disebabkan oleh penuhnya pengisian kornet. 
v  Stack burn
Stack burn terjadi akibat pendinginan yang tidak sempurna yaitu kaleng yang belum benar-benar dingin sudah disimpan. Biasanya produk di dalam kaleng menjadi lunak, berwarna gelap dan menjadi tidak dapat dikonsumsi lagi.
v  Kaleng yang penyok
Kaleng yang penyok dapat mengakibatkan terjadinya lubang-lubang kecil yang merupakan sumber masuknya mikroba pembusuk.
v  Kaleng yang bocor
Bocornya kaleng disebabkan oleh sambungan kaleng yang kurang rapat, penyolderan kurang sempurna, atau tertusuk oleh benda tajam. Kaleng yang bocor ditandai dengan tumbuhnya mikroba dan timbulnya bau yang kurang sedap.
v  Kaleng yang berkarat
Kaleng yang berkarat dapat mencerminkan bahwa produk tersebut telah lama diproduksi atau disimpan pada tempat yang lembab. Dengan inovasi baru, kini sudah ada produk kornet yang dikemas dalam plastik PVDC. Kelebihannya adalah kornet yang dikemas dengan plastik ini dapat dikonsumsi sekali makan sehingga tidak perlu repot memikirkan cara penyimpanan kalengnya (Astawan, 2008).

Daftar Pustaka
Anonim. 2005. History of Corned Beef. (http://kitchenproject.com/). Diakses tanggal 3 Mei 2011.
Astawan, M. 2008. Sehat dengan Hidangan Hewani. Penebar Swadaya, Jakarta.
Bintoro, V. P. 2008. Teknologi Pengolahan Daging dan Analisis Produk. Badan Penerbit Universitas Diponegoro, Semarang.
Dewan Standarisasi Nasional. 1995. SNI 01-3775-1995.
Hadiwiyoto, S. 1983. Hasil-hasil Olahan Susu, Ikan, Daging dan Telur. Penerbit Liberty, Yogyakarta.