What are the Parts of a Bleeding Heart Plant?
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The plant gets it's name from the flowers which hang down from the stems.  They are shaped like a heart with a drop from the bottom of the heart.
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Plants - pollen (male) and ovule (female)\n\nAnimals - sperm (male) and ovum (female)\n\n.
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flowering plants! we just learned this in my biology 110 class at penn state! oh, my professor would be so  proud :)
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Parts of a flower:\n- carpel, female; stigma, style & ovary;\n- stamen, male; anther & filament;\n- calyx, flower bud protection; sepals;\n- corolla; PETALS & nectaries (if present).\n\n'Petals' is a  scientific name, they form part of the corolla.\nLook here:
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the roots, the stem, the leaves, and the flower/fruits
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Rupture organs, ulcers.\n\nGo to the ER now.  It's a very serious thing to be bleeding internally.  It's worth it to go to the ER, or an Urgent Care clinic, or any other clinic right now.
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Division Anthophyta (also known as angiosperms)
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nitrogen for vegetative growth\nphosphorous for flowering and root growth\npotassium for seed and protection from pests and frosts\nmagnesium to a plant is like iron to people whereas we have iron as the central molecule of our blood plants have magnesium in their circulatory system..\n\nIf you look at the list of minerals and micronutrients on a potent multivitamin you will see a list of trace elements that are both considered essencial for humas but also for plants which like all of those in various amounts depending on type of plant and additionally they also like boron.\n\nOb1
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chokeberry, cherry, eggplant, blue grape, Vaccinium and red cabbage and also the Usambara-violet
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it is comonly seen that vein like structures on leaves look like hearts. it is also a cause of build up of chloroplast in the base of veins. rather like bursting a blood vessel in a human.
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plants contain vascular tissue, a type of tissue that is spcialized to conduct water and nutrients through the body of the plant. they contain key cells in xylem, a form of vascular tissue that carries water upward from the roots to every part of the plant. the second type of vascular tissue is called a phloem. It transports solutions of nutrients and carbohydrates prouced by photosynthesis. xylem and phloem move fluids around the plant body, even against the force of gravity.
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Heart Hands Head Health.
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Non-vascular plants do not have vascular systems to carry water, nutrients, ant the products of photosynthesis throughout the plant. Non-vascular plants include mosses, ferns, hornworts, and liverworts. The mosses, hornworts, and liverworts all transport water by osmosis so they cannot grow very large. This is why they must live so close to water. Ferns have a primitive forrunner of a vascular system, but it is not really a real vascular system because they do not have true roots, and also lack xylem, which is a type of cell that carries water and nutrients up the plant, and phloem, which are cells that can carry water, nutrients, and the products of photosythesis throughout the plant. If you have any more questions, I'll check back here for updates if this was helpfull at all.
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Picture\nhttp://en.wikipedia.org/wiki/Image:Heart-and-lungs.jpg\n\nDetail\nhttp://en.wikipedia.org/wiki/Heart
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Plants, i think. look in a dictionnary or online.
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Plant cells differentiate in many tissues, like leaf, xilem, phloem, root and many others. It's the same for us, an animal cell can differentiate into a liver cell, a brain cell, a skin cell....\nPlants, unlike us, have regions of undifferentiated cells, called meristems. The main meristem of the shoot is at the top, called the terminal bud. Theese cells divide and produce the elongation of the shoot, and as they become more and older they produce new shoot, leafs and stuff.\nOther meristems, axial buds, are kept right in the place where the leaf meets the shoot. When this buds start growing in the same way the terminal buds do, branches arise.\nOther regions of meristematic tissue are right between the phloem (where the sap flows) and the xilem (where the water flows) all along the shoot. This region is called the Vascular Cambium.\n\nNormally, the terminal bud secretes hormones to the sap that keep the other meristematic tissues at rest. This is to avoid a lot of branches beeing produced before the roots can cope with the water demand of a lot of leafs.\nWhen you cut the shoot, the terminal bud dissapears, so the axial buds and even the cambium start dividing and differentiating into new shoots. \nThe reason why this new growth happens near the cut is because this would be the youngest axial buds and cambium, and therefore the most active ones (or the ones that can more readily be activated).
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1.The leafy moss\n2.Liverworts