Warna apa yang dominan kamu kenakan sehari-hari? Hmm... nice! Warna tak hanya sekedar menunjukkan selera atau favorit saja, tapi juga menunjukkan kepribadian kamu.Ngomong-ngomong kamu suka warna apa ? apa warna yang kamu favoritkan salah satunya ada dipostingan saya ? mari kita lihat !
Hitam
Anda yang menyukai warna hitam cenderung punya pemikiran yang konservatif. Anda sangat tahu apa kelebihan diri Anda. Warna hitam juga cenderung membuat Anda ingin tampil seksi dan percaya diri.
Pink
Warna ini cenderung dikenal sebagai warna feminin. Namun di balik girly image-nya, sebenarnya warna ini menyembunyikan kepribadian Anda yang misterius. Jadi, tak benar jika seseorang yang menyukai warna pink adalah sosok yang sangat girly, bisa jadi ia pandai memainkan gayanya.
Merah
Anda cerdas, berani dan vokal! Anda sangat suka berada di tengah banyak orang dan menjadi pusat perhatian. Anda suka berpetualang dan tak suka ditentang.
Biru
Seperti kesan yang didapat dari kejernihan warnanya, Anda yang menyukai warna biru adalah sosok penyayang dan berjiwa bebas. Anda percaya bahwa kecantikan dari dalam dirilah yang membuat Anda cantik seutuhnya.
Orange
Warna ini menunjukkan Anda adalah orang yang tulus, menikmati tantangan dan hal-hal baru. Anda juga punya ambisi besar serta senang menjadi pusat perhatian.
Kuning
Jika Anda suka warna kuning, maka Anda adalah orang yang optimis. Suka akan tantangan dan kegiatan di luar ruangan, terutama olahraga. Anda adalah orang yang fleksibel dan punya intuisi yang kuat.
Putih
Warna putih ini dikatakan sebagai warna netral, dan demikian pula dengan Anda yang memfavoritkan warna satu ini. Anda cenderung pecinta damai dan tak suka memihak. Anda juga termasuk orang yang tenang dan mudah berteman dengan siapa saja.
Hijau
Jika Anda pecinta hijau, maka tak salah lagi, Anda adalah sosok pecinta lingkungan. Sekalipun mungkin Anda bukan orang yang terjun di dalam organisasi pecinta lingkungan, namun Anda berusaha menjaga lingkungan sekitar Anda. Anda juga sosok yang keras kepala, namun sekaligus teman yang menyenangkan.
warna lainnya saya ga tau haha maaf ya.Next posting :)
Sabtu, 02 April 2011
Perubahan Kecil Dapat Membuat Umur Lebih Panjang
UPAYA sehat untuk usia lebih panjang mungkin jauh lebih mudah daripada yang kamu bayangkan. Menurut laporan Harvard Medical School, perubahan gaya hidup yang tergolong remeh dan kecil bisa menciptakan peningkatan kesehatan yang signifikan. Adapun gaya hidup yang perlu diubah yakni:
1. Jauhkan diri dari asap rokok.
Tak apa untuk menjadi seseorang yang cerewet dan jangan sungkan untuk meminta teman Anda untuk berhenti merokok.
2. Terus bergerak.
Departemen Kesehatan dan Pelayanan Umum AS menyarankan agar setiap orang dewasa melakukan setidaknya 150 menit aktivitas gerakan ringan selama seminggu, setidaknya 10 menit.
3. Makan sesuai.
Anda bisa mengikuti pola diet Mediterania dengan memperbanyak makanan nabati, membatasi protein hewani, dan menggunakan minyak zaitun sebagai lemak utama.
4. Jaga berat badan.
Obesitas meningkatkan risiko diabetes 20 kali lebih besar dan secara substansial meningkatkan resiko tekanan darah tinggi, penyakit jantung, stroke, dan batu empedu.
5. Batasi alkohol.
Efek minuman beralkohol lebih berbahaya bagi perempuan. Kerusakan akibat minuman keras pada jaringan otak perempuan lebih cepat ketimbang kerusakan pada otak pria.
6. Cukupi kebutuhan tidur.
Bukti medis menunjukkan bahwa kita memerlukan 7-9 jam waktu tidur setiap hari, tetapi faknyanya rata-rata orang tidak mencukupi kebutuhan tersebut.
7. Lebih perhatikan masalah kesehatan umum.
Dengan mewaspadai isu kesehatan yang tenagh berkembang di masyarakat, kita akan lebih tersadar melakukan pencegahan sedari dini.
8. Tetap bersosialisasi.
Perempuan lansia yang tetap aktif secara sosial diketaui hidup lebih lama dan lebih sehat daripada rekan-rekan mereka yang penyendiri.
9. Hindari stres.
Temukan teknik Anda sendiri untuk mengurangi stres dan dampaknya.
10. Selektif gunakan suplemen.
Para ahli sepakat cara terbaik untuk mendapatkan nutrisi adalah melalui makanan. Hanya kalsium dan vitamin D, yang berperan penting dalam memelihara kepadatan tulang yang disarankan dikonsumsi dalam bentuk suplemen.
1. Jauhkan diri dari asap rokok.
Tak apa untuk menjadi seseorang yang cerewet dan jangan sungkan untuk meminta teman Anda untuk berhenti merokok.
2. Terus bergerak.
Departemen Kesehatan dan Pelayanan Umum AS menyarankan agar setiap orang dewasa melakukan setidaknya 150 menit aktivitas gerakan ringan selama seminggu, setidaknya 10 menit.
3. Makan sesuai.
Anda bisa mengikuti pola diet Mediterania dengan memperbanyak makanan nabati, membatasi protein hewani, dan menggunakan minyak zaitun sebagai lemak utama.
4. Jaga berat badan.
Obesitas meningkatkan risiko diabetes 20 kali lebih besar dan secara substansial meningkatkan resiko tekanan darah tinggi, penyakit jantung, stroke, dan batu empedu.
5. Batasi alkohol.
Efek minuman beralkohol lebih berbahaya bagi perempuan. Kerusakan akibat minuman keras pada jaringan otak perempuan lebih cepat ketimbang kerusakan pada otak pria.
6. Cukupi kebutuhan tidur.
Bukti medis menunjukkan bahwa kita memerlukan 7-9 jam waktu tidur setiap hari, tetapi faknyanya rata-rata orang tidak mencukupi kebutuhan tersebut.
7. Lebih perhatikan masalah kesehatan umum.
Dengan mewaspadai isu kesehatan yang tenagh berkembang di masyarakat, kita akan lebih tersadar melakukan pencegahan sedari dini.
8. Tetap bersosialisasi.
Perempuan lansia yang tetap aktif secara sosial diketaui hidup lebih lama dan lebih sehat daripada rekan-rekan mereka yang penyendiri.
9. Hindari stres.
Temukan teknik Anda sendiri untuk mengurangi stres dan dampaknya.
10. Selektif gunakan suplemen.
Para ahli sepakat cara terbaik untuk mendapatkan nutrisi adalah melalui makanan. Hanya kalsium dan vitamin D, yang berperan penting dalam memelihara kepadatan tulang yang disarankan dikonsumsi dalam bentuk suplemen.
Usir Plak Gigi dengan Jus Stroberi
Jus buah stroberi dapat mencegah pembentukan plak gigi yang dapat memicu kemunculan penyakit gigi dan mulut, kata peneliti dari Universitas Muhammadiyah Yogyakarta Rahmi Ayu Budi Amalia.
"Kandungan bahan pemanis alami berupa xylitol dan polifenol pada stroberi terbukti mampu mengurangi kolonisasi 'streptococcus mutans' yang bisa menghambat aktivitas enzim sehingga mampu mencegah pembentukan plak," katanya di Yogyakarta, Senin.
Dengan demikian, menurut dia saat memaparkan hasil penelitiannya, konsumsi jus stroberi berpengaruh signifikan dalam menurunkan indeks plak gigi.
Ia mengatakan, secara umum stroberi mengandung nutrisi seperti protein, lemak, karbohidrat, dan energi. Mineral potensial yang terkandung didalamnya adalah kalsium, fosfor, zat besi, magnesium, potassium, selenium, vitamin C, dan asam folat.
"Stroberi juga terbukti memiliki aktivitas antioksidan dua kali lipat lebih tinggi dibanding anggur merah, lima kali lipat dari apel dan pisang, dan sepuluh kali lipat dari semangka," katanya.
Jadi, menurut dia, stroberi memiliki banyak manfaat bagi kesehatan manusia, termasuk mengurangi akumulasi plak gigi sehingga dapat mencegah munculnya penyakit gigi dan mulut.
Ia mengatakan, plak merupakan penyebab utama yang memicu kemunculan penyakit gigi dan mulut, di antaranya karies (gigi berlubang), calculus (karang gigi), gingivitis (radang pada gusi), dan periodontitis (radang pada jaringan penyangga gigi).
"Mengingat pembentukan plak merupakan proses yang tidak dapat dihindari, maka mengurangi akumulasi plak menjadi hal yangsangat penting dalam mencegah terbentuknya penyakit gigi dan mulut. Salah satunya dengan mengonsumsi jus stroberi," katanya.
Menurut dia, dengan meminum jus stroberi, rasa asamnya akan merangsang sekresi saliva dalam jumlah tinggi. Akibatnya, saliva menjadi lebih encer dan viskositas saliva pun menjadi lebih rendah.
"Akhirnya, plak gigi dapat dikurangi sehingga munculnya penyakit gigi dan mulut juga dapat dicegah," kata mahasiswi Program Studi Kedokteran Gigi Universitas Muhammadiyah Yogyakarta (UMY) itu.
Minggu, 13 Februari 2011
Leaf
"Plants Organ"
Leaf
Arranged by group 3 :
Nidya Fadhilah
Sahla Eka Novianty
Siti Alifah Nurjanah
Utami Rahmi Hartini
Wida Fitriyah
Shinta Dewi Triandiny
Leaf comes from embryo inside the seed that is cotyledon. The green color of the leaf is caused by the existence of chlorophyll (green substance of the leaf).
a)Structure of leaf
1)Morphology
A complete leaf consists of sheath, petiole, and blade.
•Bone Shapes
Bone shapes are also different kinds of leaves, among others, pinnate, arched, palmate, and parallel.
a. Pinnate
Bone leaves in this type of arrangement like the fins of fish. Examples of plants that have this type of bones are the bone leaves of guava, mango and rambutan.
b. Curved
Bone shaped like a leaf curved lines curved. Bone leaves of this type can be found in various plants in the environment around us. For example, betel leaf bones, yam, and velvetleaf.
c. Palmate
Bone palmate leaves shaped like human fingers. For example, bone papaya, distance, cassava, and cotton.
d. Parallel
Bone shaped leaves parallel lines parallel. Each leaf ends of the bones fused. For example, bone cane leaves, rice, and all types of grasses.
e. Simple leaf and compound leaf
Simple leaf is the leaf which has a single leaf on each stem. The compound leaves are leaves that have a few leaves on each stem.
2)Anatomy
In broad outline, the anatomically arrangement of the leaf from top to down is as follow:
a)Cuticle layer, is the top layer and hard to be penetrated by the water because it contains chitin and wax substances.
b)Upper epidermis is the outer tissue, which function to protect parts of leaf beneath it. In several plants, mostly water plants, this layer has pores which is called stoma (plural: stomata) or leaf mouth. The function of stomata is as the transpiration regulator and the place for the gaseous exchange.
c)Mesophyll (flesh of leaf), consists of two kinds of tissues, fence tissue/palisade parenchyma and spongy parenchyma in which photosynthesis takes place. Fence tissue consists of parenchyma cells which contains chlorophyll and densely arranged like a fence. Spongy tissue consists of parenchyma cells, which contain a little chlorophyll; the intercellular space is quite spacious and forms an arrangement like a sponge.
d)Vascular bundle consists of xylem and phloem, which are in petiole and leaf veins.
e)Lower epidermis is the lowest layer of the leaf. Generally, more stomata are found in the lower epidermis, but the cuticle layer thinner or absent.
b)Function of Leaf
1)The place for the photosynthesis process.
2)The place for respiration, transpiration, and guttation process.
3)To catch a prey as in pitcher plants.
4)To protect from animal disturbance as in cactus spines, this is modification of leaf.
5)As a vegetative reproductive organs as in kalanchoe.
Leaf
Arranged by group 3 :
Nidya Fadhilah
Sahla Eka Novianty
Siti Alifah Nurjanah
Utami Rahmi Hartini
Wida Fitriyah
Shinta Dewi Triandiny
Leaf comes from embryo inside the seed that is cotyledon. The green color of the leaf is caused by the existence of chlorophyll (green substance of the leaf).
a)Structure of leaf
1)Morphology
A complete leaf consists of sheath, petiole, and blade.
•Bone Shapes
Bone shapes are also different kinds of leaves, among others, pinnate, arched, palmate, and parallel.
a. Pinnate
Bone leaves in this type of arrangement like the fins of fish. Examples of plants that have this type of bones are the bone leaves of guava, mango and rambutan.
b. Curved
Bone shaped like a leaf curved lines curved. Bone leaves of this type can be found in various plants in the environment around us. For example, betel leaf bones, yam, and velvetleaf.
c. Palmate
Bone palmate leaves shaped like human fingers. For example, bone papaya, distance, cassava, and cotton.
d. Parallel
Bone shaped leaves parallel lines parallel. Each leaf ends of the bones fused. For example, bone cane leaves, rice, and all types of grasses.
e. Simple leaf and compound leaf
Simple leaf is the leaf which has a single leaf on each stem. The compound leaves are leaves that have a few leaves on each stem.
2)Anatomy
In broad outline, the anatomically arrangement of the leaf from top to down is as follow:
a)Cuticle layer, is the top layer and hard to be penetrated by the water because it contains chitin and wax substances.
b)Upper epidermis is the outer tissue, which function to protect parts of leaf beneath it. In several plants, mostly water plants, this layer has pores which is called stoma (plural: stomata) or leaf mouth. The function of stomata is as the transpiration regulator and the place for the gaseous exchange.
c)Mesophyll (flesh of leaf), consists of two kinds of tissues, fence tissue/palisade parenchyma and spongy parenchyma in which photosynthesis takes place. Fence tissue consists of parenchyma cells which contains chlorophyll and densely arranged like a fence. Spongy tissue consists of parenchyma cells, which contain a little chlorophyll; the intercellular space is quite spacious and forms an arrangement like a sponge.
d)Vascular bundle consists of xylem and phloem, which are in petiole and leaf veins.
e)Lower epidermis is the lowest layer of the leaf. Generally, more stomata are found in the lower epidermis, but the cuticle layer thinner or absent.
b)Function of Leaf
1)The place for the photosynthesis process.
2)The place for respiration, transpiration, and guttation process.
3)To catch a prey as in pitcher plants.
4)To protect from animal disturbance as in cactus spines, this is modification of leaf.
5)As a vegetative reproductive organs as in kalanchoe.
Sabtu, 12 Februari 2011
System Transportation And Transpiration Of Plants
Objectives:
To determine the active or inactive in the xylem and phloem are in the celery.
Devices and materials:
-Celery
-Water
-Red food coloring
-Former bottle
Work Procedures:
Steps 1:Place celery stem,with its leaves intact in a beaker of coloured water as in figure.
Steps 2:Place a second stem of about the same weight but with all its leaves remove in another beaker of coloured water
Steps 3 :After 20 minutes,remove both stalks and cut the stems at regular intervals too see how far the coloured water had risen
Experiment :
Place celery stem,with its leaves intact in a beaker of coloured water as in figure.
Place a second stem of about the same weight but with all its leaves remove in another beaker of coloured water.
After 20 minutes,remove both stalks and cut the stems at regular intervals too see how far the coloured water had risen
Results of experiment:
My experiment worked, because the xylem and phloem to work very well because the celery that I input into the red solution works well immersed in a solution of celery red color shows in the trunk if we split into 2 red and it shows Xylem tissue contained in the timber plants . functions to channel water from the root or bottom of the plant toward the top of the plant, although not all stem red inside but only partially affected by the red-colored solution and phloem tissue also helps to work.Xylem tissue Phloem is at the bark of a substance serves to channel results of food to all parts of plant photosynthesis
Conclusion :
Plants are living things that we do not look like a living thing because he can not move. They did not have tools such as foot and hand motion contained in animals and humans, but their organs are very complex to learn. There are some plants that have been fully developed into complete plants that have leaves, roots, stems, flowers and fruit. There are also plants that do not have some of these organs. However, in each of these plants there must be the most important transportation network consisting of xylem and phloem. Here, I will explain how important they are for the life of a plant and also how they contribute to fetch water from the soil and then spread to all parts of the plant so that all parts of plants to develop optimally.
First of all, xylem tissue has two functions in the plant. The first function is to transport water and minerals from the soil into the stem and leaves. The second function is to support the plant xylem it self so that it is not easy to fall or collapse. Xylem actually shaped the long columns in the center empty. Tubular columns have from plant roots to the leaves of plants even though they are very thin. Therefore, the xylem and phloem can only be examined through a microscope. The middle column is part of a continuous and never broken even though the plant has many branches. To strengthen the xylem, the wall columns have substance called lignin. Xylem tubes are empty and this ongoing task easier xylem to transport water and minerals as well so that none of them are stuck in certain parts of the cell (protoplasm). In addition, the presence of lignin also strengthens the plant so he would not easily collapse and can stand upright.
The second network was instrumental in the transport process in plants is phloem. Phloem transport sugar sucrose and amino acids from the organs of green plants, especially leaves, to other parts of the plant. Different from the xylem, phloem have cells called sieve tube cells, and the transport sugar sucrose and amino acids can be performed via diffusion and active transport from cell to cell in the phloem. Therefore, these foods can reach the organs of plants in a very short time so that they can perform respiration and grow.
Absorption of water from the soil to the top of the plant has meant that these plants have to resist the force of gravity which always lead to objects falling down. However, the plant managed to do that. The key is that these plants using root pressure, energy capillaries, and also the pull of transpiration. But the plants are very high, which plays the most important is the pull of transpiration. In this process, when water evaporates from mesophyll cells, then the fluid in the mesophyll cells will become increasingly saturated. These cells will draw water through osmosis from cells located deeper in the leaf. These cells will eventually attract the necessary water from the xylem tissue that is continuous column from the root to the leaves. Therefore, the water can then continue to be taken from the root to the leaves against the direction of gravity, so the process is continuously ongoing. The process of evaporation of water from leaf mesophyll cells we call the process of transpiration. Accordingly, the taking of water in this way we would call with the pull of transpiration and root for continually absorb water from the soil and transpiration continues to occur, water will continue to be transported to the top of a plant
Transpiration process is in addition lead to the withdrawal of water against the force of gravity, can also cool the plants that are constantly in the sun. They will not easily die by fire by the heat of the sun's heat because through the process of transpiration, evaporation occurs and the evaporation of water will help lower the temperature of the plant. In addition, through the process of transpiration, plants will also continue to get enough water to perform photosynthesis for survival of plants can be kept secure.
To determine the active or inactive in the xylem and phloem are in the celery.
Devices and materials:
-Celery
-Water
-Red food coloring
-Former bottle
Work Procedures:
Steps 1:Place celery stem,with its leaves intact in a beaker of coloured water as in figure.
Steps 2:Place a second stem of about the same weight but with all its leaves remove in another beaker of coloured water
Steps 3 :After 20 minutes,remove both stalks and cut the stems at regular intervals too see how far the coloured water had risen
Experiment :
Place celery stem,with its leaves intact in a beaker of coloured water as in figure.
Place a second stem of about the same weight but with all its leaves remove in another beaker of coloured water.
After 20 minutes,remove both stalks and cut the stems at regular intervals too see how far the coloured water had risen
Results of experiment:
My experiment worked, because the xylem and phloem to work very well because the celery that I input into the red solution works well immersed in a solution of celery red color shows in the trunk if we split into 2 red and it shows Xylem tissue contained in the timber plants . functions to channel water from the root or bottom of the plant toward the top of the plant, although not all stem red inside but only partially affected by the red-colored solution and phloem tissue also helps to work.Xylem tissue Phloem is at the bark of a substance serves to channel results of food to all parts of plant photosynthesis
Conclusion :
Plants are living things that we do not look like a living thing because he can not move. They did not have tools such as foot and hand motion contained in animals and humans, but their organs are very complex to learn. There are some plants that have been fully developed into complete plants that have leaves, roots, stems, flowers and fruit. There are also plants that do not have some of these organs. However, in each of these plants there must be the most important transportation network consisting of xylem and phloem. Here, I will explain how important they are for the life of a plant and also how they contribute to fetch water from the soil and then spread to all parts of the plant so that all parts of plants to develop optimally.
First of all, xylem tissue has two functions in the plant. The first function is to transport water and minerals from the soil into the stem and leaves. The second function is to support the plant xylem it self so that it is not easy to fall or collapse. Xylem actually shaped the long columns in the center empty. Tubular columns have from plant roots to the leaves of plants even though they are very thin. Therefore, the xylem and phloem can only be examined through a microscope. The middle column is part of a continuous and never broken even though the plant has many branches. To strengthen the xylem, the wall columns have substance called lignin. Xylem tubes are empty and this ongoing task easier xylem to transport water and minerals as well so that none of them are stuck in certain parts of the cell (protoplasm). In addition, the presence of lignin also strengthens the plant so he would not easily collapse and can stand upright.
The second network was instrumental in the transport process in plants is phloem. Phloem transport sugar sucrose and amino acids from the organs of green plants, especially leaves, to other parts of the plant. Different from the xylem, phloem have cells called sieve tube cells, and the transport sugar sucrose and amino acids can be performed via diffusion and active transport from cell to cell in the phloem. Therefore, these foods can reach the organs of plants in a very short time so that they can perform respiration and grow.
Absorption of water from the soil to the top of the plant has meant that these plants have to resist the force of gravity which always lead to objects falling down. However, the plant managed to do that. The key is that these plants using root pressure, energy capillaries, and also the pull of transpiration. But the plants are very high, which plays the most important is the pull of transpiration. In this process, when water evaporates from mesophyll cells, then the fluid in the mesophyll cells will become increasingly saturated. These cells will draw water through osmosis from cells located deeper in the leaf. These cells will eventually attract the necessary water from the xylem tissue that is continuous column from the root to the leaves. Therefore, the water can then continue to be taken from the root to the leaves against the direction of gravity, so the process is continuously ongoing. The process of evaporation of water from leaf mesophyll cells we call the process of transpiration. Accordingly, the taking of water in this way we would call with the pull of transpiration and root for continually absorb water from the soil and transpiration continues to occur, water will continue to be transported to the top of a plant
Transpiration process is in addition lead to the withdrawal of water against the force of gravity, can also cool the plants that are constantly in the sun. They will not easily die by fire by the heat of the sun's heat because through the process of transpiration, evaporation occurs and the evaporation of water will help lower the temperature of the plant. In addition, through the process of transpiration, plants will also continue to get enough water to perform photosynthesis for survival of plants can be kept secure.
Minggu, 06 Februari 2011
Kaya Manfaat Tentang Daun Sirih
Apa sih yang kamu tahu tentang daun sirih ?
biasanya sirih tuh menurut saya sih identik dengan salah satu tanaman yang biasanya daunnya dimanfaatin sama nenek-nenek tuh buat dikunyah-kunyah gitu ya dalam bahasa Jawa "nginang" mungkin lebih populernya.Tapi kata nenek saya tuh yang suka ngunyah sirih katanya itu bagus buat gigi supaya ga cepat berlubang apalagi giginya nenek-nenek (yang udah tua) yang lebih mudah keropos.
Nah,kebetulan di pekarangan rumah saya juga bejibun tuh daunnya.karena ada 3 akar utama di pekarangan rumah saya sampe-sampe dari jauh tuh setengah pager rumah saya kehalangin tanaman sirih semua,terus pohon-pohon di deket tanaman sirih juga dilibas abis padahal ada tanaman buah srikaya yang tinggi banget sama lebat tapi ya tetep aja kalah sama sirih.Emang sih sirih tuh menurut artikel yang saya baca tanaman ini sangat mudah untuk dibudidayakannya tapi masyarakat kurang ngerti sih tentang apa manfaatnya.
Saya jadi kepikiran sama sirih di pekarangan rumah saya yang buanyak banget itu mau diapain,dan setelah saya baca-baca ternyata banyak banget loh manfaatnya.manfaat daunnya terutama.
Nih,saya mau kasih rangkuman tentang manfaatnya daun sirih :
-Hilangkan bau mulut dan cegah kerusakan gigi :
1.Satu lembar daun sirih setelah dicuci bersih dikunyah-kunyah ,ditahan bebearapa menit dalam mulut ,lalu diludahkan. Kerjakan hal itu 2-3 kali sehari.
2.Cara lainnya : rebus 5-6 lembar daun sirih dengan 2 gelas air sampai mendidih.Dinginkan dan saring dan setelah itu untuk kumur-kumur setiap pagi dan sore.
-Pembengkakan gusi/mulut :
1.Ambil daun sirih 5-6 l embar Rebus dengan 3 gelas air sampai mendidih. Angkat dan saring,tambahkan garam. Selanjutnya untuk kumur-kumur 3 kali sehari.
-Perdarahan geraham:
Sehabis cabut gigi (geraham biasanya ) selalu mengalami perdarahan yang banyak.. Untuk menghentikan perdarahan, gunakan ramuan ini.
1.Ambil daun sirih 10 lembar . Setelah dicuci rebus dengan air sebanyak 5 gelas sampai mendidih. Angkatsaring. Selanjutnya kumur dengan ramuan tersebut setiap 1jam satu kali.
Ramuan tersebut juga dapat menghilangkan bau mulut yang disebabkan oleh kerusakan gigi yang sudah banyak berlubang.
-Obat batuk :
Daun sirih 5 lembar
Cengkeh,kapulaga,kemukus, masing-masing 11 biji
Kayumanis 1 jari tangan
Cara membuat:
Semua bahan setelah dicuci direbus dengan air sebanyak 2 gelas hingga airnya tinggal 1 gelas Angkat dan saring
Aturan minum :
Anak umur 1 s.d. 3 tahun 3 kali sehari 1 sendok makan.
Anak umur 4 s.d. 5 tahun 3 kali sehari 3 sendok makan
Anak umur 6 s.d. 11 tahun 3 kali sehari 5 sendok makan
Dewasa 3 kali sehari
-Menghilangkan gatal-gatal pada badan :
1.Rebus daunnya 5-6 lembar lalu masukan air secukupnya dalam panci
2.Jika sudah masak,lalu tinggal dipakain untuk mandi.tapi jangan mendidih-mendidih amat ya nanti badannya pada melepuh lagi
-Menghilangkan keputihan bagi perempuan
-Menghilangkan radang tenggorokan
-menghilangakan bau badan
Rangkuman dari semua rangkuman tentang sirih :
Menurut para ahli peneliti tanaman.Sirih ternyata mempunyai kandungan antiseptic yang cukup tinggi kadarnya maka dari itu sirih sangat bermanfaat untuk kesehatan gigi dan tubuh kita.makadari itu sirih sering digunakan untuk bahan utama pembuatan pasta gigi atau cairan antiseptic yang biasanya berbahan utama sirih.
makasih :-)
sampai jumpa di postingan saya berikutnya ya
(maaf kalau postingan saya membosankan,tapi yang penting Insya Allah bermanfaat buat yang udah baca)
3 Bahan Alami Yang Baik Untuk Rambut
Frekuensi pertumbuhan rambut Anda tergantung pada berbagai faktor, termasuk faktor keturunan dan kesehatan secara keseluruhan. Meskipun produk rambut tidak bisa membuat akar rambut tumbuh lebih cepat, namun dapat memperbaiki tekstur dan kondisi rambu.
Sekaligus untuk membantu melindunginya dari kerusakan dan membantu untuk tumbuh lebih panjang dan kuat. Beberapa produk alami untuk rambut bisa menjadi alternatif perawatan di rumah.
Ada beberapa bahan alami untuk membuat rambut sehat diantaranya :
Minyak kelapa
Minyak kelapa sering digunakan dalam produk kondisioner komersial. Namun, Anda juga bisa menggunakannya secara langsung di rumah. Minyak kelapa mengandung asam lemak dengan struktur molekul yang sangat kecil, yang memungkinkan prosesnya melewati kutikula rambut, lapisan luar setiap helai rambut.
Minyak kelapa juga melapisi bagian luar rambut, meminimalkan hilangnya kelembaban pada rambut karena alat-alat styling dan hair dryer. Minyak kelapa juga berguna untuk melembabkan, mengurangi kerusakan rambut akibat kering dan mencegah rambut rapuh. Memijat kulit kepala Anda dengan minyak kelapa dapat membantu meningkatkan sirkulasi di sekitar folikel tempat tumbuhnya rambut. Tidak hanya itu, minyak kelapa juga bisa menjadi pelumas untuk melembabkan kulit kepala Anda. Sifat anti-jamur alaminya juga membantu melindungi kesehatan kulit kepala dan rambut.
Air jeruk lemon atau nipis
Jus lemon dapat meningkatkan kesehatan rambut Anda dengan menghilangkan residu dari conditioner, semprotan rambut dan krim styling. Produk komersial sering mengandung bahan dengan sedikit asam untuk mengupas rambut dan menghaluskan kutikula luarnya.
Jus lemon bisa menjadi produk perawatan rambut alami dan murah sebagai alternatif pengganti produk rambut komersial. Selain meningkatkan kondisi helai rambut Anda, bilasan jus lemon juga bisa menjadi treatment smoothing alami. Khasiatnya, kulit kepala jadi lebih segar dan rambut terasa lembut serta ringan di kepala.
Kuning Telur
Banyak produk terapi rambut mengandung berbagai jenis protein untuk membantu memperkuat batang rambut dan melindunginya terhadap kerusakan. Prosedur dan teknik kimia styling kasar dapat meregangkan rambut dan merusak protein obligasi, yang menyebabkan rambut mudah rontok dan rentan terhadap kerusakan.
Merawat rambut dengan produk yang mengandung protein dapat memperbaiki tekstur rambut Anda. Beberapa produk komersial ada yang mengandung bahan alami. Namun, sumber protein dari alam seperti kuning telur bisa menjadi protein alami untuk rambut sehat Anda, yang bekerja tanpa efek samping.
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