Where to get plastids in warframe. All about resource farming

A beginner, however, as well as an experienced player of the Warframe universe often has to think about where to get this or that resource. After all, in order to create a new weapon or warframe, you need to have a sufficient amount of many materials. In this small guide, we will tell you where to find plastids in Warframe. And also share tips for the successful extraction of this resource.

Why are plastids needed?

Warframe is a space shooter where, like in any other game of this genre, you have to create and upgrade new weapons. And plastids play an important role in this. Without these materials, it is impossible to make such rifles as Ignis, Latron, Soma, Vulkar, Amprex and many others. In addition, plastids will be needed to create most warframes. Amber, Ash, Excalibur, Frost, Nyx, Trinity, Loki, Reno, Volt, Banshee - this is far from full list where plastids are needed. Also, these resources are needed when creating squad ammo restorers, without which it is sometimes very difficult to complete the missions of the game.

Where to get plastids?

Players are given several ways to extract this valuable resource. The easiest way is to purchase the right amount of plastids in the game store. Buying 300 pieces will cost you 30 platinum. Considering that you need at least 700 resources to create any weapon or warframe, this is a rather expensive way to get materials. So it is better to consider other types of extraction of such a resource as plastids. "Warframe" (game) will offer you them.

Extractors

Get no a large number of plastids can be done with the help of independent drones. It is enough to place one of the extractors on Uranus, Pluto, Phobos or Eris and check your catch in four hours. Most likely, one of the extractors will pull out a small amount of plastids from the location. The disadvantage of this method is that it takes too much time to extract the resource.

plastid shell

After the update called "Silver Grove", you can get a small amount of this resource on any mission of all planets. The plastid shell is a ossified container that looks like a shell. Inside you can find from 30 to 90 pieces. But, since the appearance of the plastid shell is accidental, in order to find it, you will have to search the entire area of ​​the mission. And not the fact that you can find it.

Saturn

This is the first planet of the Warframe game, where even a novice player can get plastids. But keep in mind that these materials drop from missions very rarely, and you will need to complete more than one run for any of the tasks. Considering that at least 300 pieces of plastids are required to create one weapon, then a sweep on Saturn, which gives about 50 pieces of this resource, will need to be completed more than once. Not bad on this planet are mined plastids when killing the boss - General Sargas Rook. In addition, it would be useful to visit the dark sector of Caracol - the defense mission. In five waves of this task, you can take out about 200 plastids, and this is without a booster for double resources. This sector will become a favorite place for resource extraction for a newcomer to the game, because infected level 26-36 have dug in here, which are easy to kill even with weak weapons.

Uranus

One of the most resource-rich planets in the Warframe game. Where to farm plastids in this area? You can get the material during the passage of any task, but the survival mission in the Ophelia location has an increased chance of dropping this resource. In this quest, you will face the Grineer faction (level 24-29). This is not the most serious enemy, so the extraction of resources will not cause much trouble. But for successful farming, you need a well-coordinated team, in which their roles are clearly distributed. Ophelia has long been the most popular mission on the planet, because polymers are also well mined here - no less valuable resource than plastids. "Warframe" in this case makes it possible to get hold of both materials.

Eris

This planet, taken over by the Infested faction, is designed to farm plastids. "Warframe", however, the minimum level of opponents starts at 30 units, so the extraction of resources will be a little difficult. Only advanced players with sufficient experience and powerful weapon. And beginners can test their strength here, but for this they will have to go through long haul to the discovery of this planet.

The dark sector of Eris - Akkad has an excellent chance of plastid dropout. This location has long been the most popular place not only for farming, but also for upgrading weapons. The point is that it comes from here increased experience from killing opponents. In addition, this location is quite convenient in terms of completing the mission. In addition to plastids, neurodes often fall out here, and there is a real hunt for these rare resources. So, if you are thinking about where to combine the upgrade of a weapon or a frame and the extraction of resources, then feel free to go to Akkad. Here you will never be alone.

Pluto and Phobos

Despite the fact that plastids fall on these planets, they have not gained fame as excellent places to farm resources. The fact is that these locations open later than all. Also, on Pluto, quite difficult enemies are the Corpus faction with level 30-45, which makes the difficulty-to-loot ratio quite unprofitable. After all, resources fall out only from defeated enemies, and high-level opponents take a long time to kill. If we talk about Phobos, then weak opponents live here, but the chance of dropping plastids is very low, which does not attract players to Warframe. Farm plastids, the guide for which is in front of you, is best done on other planets, such as Eris, Uranus and Saturn.

Everything about resource farming is written here.

Foreword

To effectively farm a large number of standard resources, you will need a team of four people (friends or a good clan will help here, you can also apply at). It is highly desirable to strive to collect parties from specific warframes, namely (through Thieving Tentacles), , , (Sonar only).

Farming with such an assembly is a pleasure, Banshee uses Sonar, Trinity energizes and heals Hydroid constantly presses the ult (4th ability), Nekros defiles. It is important that only Hydroid kills. Knowledgeable people will say that this is not important and the main thing is that the target sticks to the tentacle, and anyone can kill. But! Why complicate?

If you are Batman and work alone, and you can definitely be him, because you have not been seen anywhere together, then the best choice would be Nekros .

I advise you to farm on the missions of the Dark Sector, because. there are always bonuses to resources from 15% to 35%. True, the levels of mobs are higher there, and the opponents are always Infected.

Getting Started:

* - the most profitable planets for resource farming are marked.

Ampoule of Detonite

Found on many planets: Mercury, Earth, Lua, Ceres*, Saturn, Uranus, Sedna, Kuva Fortress.

* I will advise the SEIMENI mission.

Recyclables

Found on planets: Mars, Jupiter*, Sedna, Kuva Fortress.

* I will advise the SINAI mission.

Gallium

Found on planets: Mars, Uranus.

Cryotic

Obtained on any Excavation mission. I advise excavations on Earth - EVEREST.

Argon Crystal

A beautiful pebble that can only be mined in Abyss. Sometimes in the form of formations - Argon pegmatite, can be found on missions quests. Farming is better on endless missions such as survival or defense. I mine it on a mission ANI. You don’t need to stock up for use, at 3:00 Moscow time it breaks up and will most likely disappear. We farm exactly as much as we can spend this minute.

Kuva

A specific resource that is not needed everywhere and is obtained only from the Kuva Absorber and on survival in Fortresses of Kuva. You can meet the absorber on missions with an identical icon on different planets close to the fortresses.
For extraction, it is necessary to destroy the Absorber by intercepting flying red clouds, we intercept them using the operator's abilities (after Wars Within), namely his dash Ctrl+Space. We'll take four clouds and it's in the bag, 550-700 Kuva in our pocket. There is an even more profitable way - Kuva Stream, a modification of the standard mission, with only 100th mob levels, you can get about 1200 Kuva. It is also possible to farm for survival in Fortresses of Kuva. The method is specific, because very hemorrhoids, I will recommend it only when the usual missions have already ended. The bottom line is that there we will need to pick up red "batteries" from the mobs, which we must insert into the oxygen towers. Then we need to defend them and from one such tower we get 200 Kuva. Given that this mission itself is not sugar and the fact that it is of progressive difficulty and oxygen towers provide much less oxygen than normal ones, you know, you need a well-played team, it is almost impossible in solo.

Control module

Found on planets: Europa, Neptune, Abyss*.

*Absolutely any mission, when you go after Argon, it will be the Control Modules that will fall

Morphids

Found on planets: Mercury, Mars, Phobos, Europa, Pluto.

* It is difficult to single out something specific here, because resource drops rarely. There is a universal advice, take Smith Kavat with the Talisman with you. She will start generating this resource.

Nanospores

Found on planets: Saturn, Neptune, Eris* , Orokin Ruins.

neurodes

Found on planets: Earth, Lua, Eris, Orokin Ruins.

* It is difficult to single out something specific here, because resource drops rarely. There is a universal advice, take Smith Kavat with the Talisman with you. She will start generating this resource.

Neural Sensors

Found on planets: Jupiter, Kuva Fortress.

* It is difficult to single out something specific here, because resource drops rarely. There is a universal advice, take Smith Kavat with the Talisman with you. She will start generating this resource.

Mutagen Sample

Found on planets: Eris, Orokin Ruins* .

*Go to Orokin Ruins: Defense. This mission will appear on the map when you buy and craft the key. It is sold, like everyone else, in the Store.

Fieldron pattern

Found on planets: Venus, Mars, Jupiter, Europa, Neptune.

Oxium

Quite a rare resource. Dropped by Oxium Drones, only the Corps has them.

plastids

Found on planets: Phobos, Saturn, Uranus, Pluto, Eris*.

Polymers

They are always missing. Even late in the game. Found on planets: Mercury, Venus, Uranus*.

* I would advise the OPHELIA mission, although this is not a dark sector, but more of them fall there.

Rubedo

Found on planets: Earth, Lua, Phobos, Europe, Pluto*, Sedna, Abyss.

*I would recommend SECHURA.

Alloys

Found on planets: Venus, Phobos, Ceres*, Jupiter, Pluto, Sedna.

* I would recommend SEIMENI.

Scheme

Found on planets: Venus, Ceres*, Kuva Fortress.

* I recommend SEIMEN.

Tellurium

Obtained on missions Archwing. Drops on missions with the ability to use Archwing on Uranus And Fortresses of Kuva(Eidolon doesn't have it!).

* It is difficult to single out something specific here, because resource drops rarely. There is a universal advice, take Smith Kavat with the Talisman with you. She will start generating this resource.

Ferrite

Found on planets: Mercury, Earth, Lua, Neptune, Abyss*.

Nitain extract

A fierce thing due to the lack and complexity of the extraction of which many chairs were burned. It is mined on sabotage, namely from secret boxes (can be neglected, the chance is extremely small) and from Alarms. You can collect up to four pieces per day. I always recommend taking it, because. if ignored under the pretext of being useless, then when the itch is, he is able to delay the creation of Vauban Prime or Ivara up to a couple of weeks, or even months. Insidious resource.

Plastids are organelles of plant cells and some photosynthetic protozoa. Animals and fungi do not have plastids.

Plastids are divided into several types. The most important and well-known is the chloroplast, which contains the green pigment chlorophyll, which ensures the process of photosynthesis.

Other types of plastids are multi-colored chromoplasts and colorless leucoplasts. Also isolated are amyloplasts, lipidoplasts, proteinoplasts, which are often considered varieties of leukoplasts.

Types of plastids: chloroplasts, chromoplasts, leukoplasts

All types of plastids are interconnected by a common origin or possible interconversion. Plastids develop from proplastids - smaller organelles of meristematic cells.

The structure of plastids

Most plastids are two-membrane organelles, they have an outer and an inner membrane. However, there are organisms whose plastids have four membranes, which is associated with the peculiarities of their origin.

In many plastids, especially in chloroplasts, the internal membrane system is well developed, forming structures such as thylakoids, grana (stacks of thylakoids), lamellae - elongated thylakoids connecting neighboring grana. The internal contents of plastids are commonly referred to as the stroma. Among other things, it contains starch grains.

It is believed that in the process of evolution, plastids appeared similarly to mitochondria - by introducing another prokaryotic cell into the host cell, capable of photosynthesis in this case. Therefore, plastids are considered semi-autonomous organelles. They can divide independently of cell divisions, they have their own DNA, RNA, prokaryotic-type ribosomes, that is, their own protein-synthesizing apparatus. This does not mean that proteins and RNA from the cytoplasm do not enter plastids. Part of the genes that control their functioning is located just in the nucleus.

Functions of plastids

The functions of plastids depend on their type. Chloroplasts perform a photosynthetic function. Spare nutrients accumulate in leukoplasts: starch in amyloplasts, fats in elaioplasts (lipidoplasts), proteins in proteinoplasts.

Chromoplasts, due to the carotenoid pigments they contain, color various parts of plants - flowers, fruits, roots, autumn leaves, etc. Bright color often serves as a kind of signal for pollinating animals and fruit and seed distributors.

In the degenerating green parts of plants, chloroplasts turn into chromoplasts. The chlorophyll pigment is destroyed, so the rest of the pigments, despite the small amount, become noticeable in the plastids and color the same foliage in yellow-red shades.

Additional resources can be obtained by buying a blueprint in the store and crafting an extractor. There are currently 2 types.

Extractor Titanium- this is the most common drone that independently collects resources on the planets every 4 hours.

Distilling Extractor is a drone that independently collects resources on planets, but unlike the Titan Extractor, this Extractor has an increased chance of extracting unusual and rare resources. Unlike the Titan, the Distilling Extractor collects resources for 8 hours.

Also exists Extractor Titan Prime, which collects twice as many resources. It could be obtained by purchasing the Inferno Prime Access Pack. Included with the Prime Extractor itself was its reusable blueprint. At the moment, it is not possible to obtain this extractor.

Useful facts:

• The extractor may break! To repair it, take it off the planet and leave it for a while. Restores 1% health every 5 minutes.
• An extractor can only be installed on a planet with all maps open.
• The higher the level of the enemy on the planet, the higher the probability of damage (destruction). And the shorter the period of his work on this planet.
• The number of installed Extractors at the same time depends on the skill level:

1. Level 1-4 - 1 drone.
2. Level 5-9 - 2 drones.
3. Level 10+ - 3 drones.

Plastids are organelles specific to plant cells (they are found in the cells of all plants, with the exception of most bacteria, fungi, and some algae).

In the cells of higher plants there are usually from 10 to 200 plastids 3-10 μm in size, most often having the shape of a biconvex lens. In algae, green plastids, called chromatophores, are very diverse in shape and size. They can have star-shaped, ribbon-like, mesh and other shapes.

There are 3 types of plastids:

• Colorless plastids - leucoplasts;
• painted - chloroplasts(Green colour);
• painted - chromoplasts(yellow, red and other colors).

These types of plastids are to a certain extent capable of transforming into each other - leukoplasts, with the accumulation of chlorophyll, pass into chloroplasts, and the latter, with the appearance of red, brown and other pigments, into chromoplasts.

The structure and functions of chloroplasts

Chloroplasts are green plastids containing the green pigment chlorophyll.

The main function of chloroplast is photosynthesis.

Chloroplasts have their own ribosomes, DNA, RNA, fat inclusions, starch grains. Outside, the chloroplast is covered with two protein-lipid membranes, and small bodies - grana and membrane channels - are immersed in their semi-liquid stroma (basic substance).

grana(about 1 micron in size) - packages of round flat bags (thylakoids) folded like a column of coins. They are located perpendicular to the surface of the chloroplast. The thylakoids of adjacent granae are interconnected by membrane channels, forming a single system. The number of grana in chloroplasts is different. For example, in spinach cells, each chloroplast contains 40-60 grains.

Chloroplasts inside the cell can move passively, carried away by the current of the cytoplasm, or actively move from place to place.

• If the light is very intense, they turn edge to the bright rays of the sun and line up along the walls parallel to the light.
• In low light, chloroplasts move to the cell walls facing the light and turn their large surface towards it.
• In medium light, they occupy a middle position.

This achieves the most favorable lighting conditions for the process of photosynthesis.

Chlorophyll

The grains of the plant cell plastids contain chlorophyll packed with protein and phospholipid molecules in such a way as to provide the ability to capture light energy.

The chlorophyll molecule is very similar to the hemoglobin molecule and differs mainly in that the iron atom located in the center of the hemoglobin molecule is replaced in chlorophyll by a magnesium atom.

There are four types of chlorophyll found in nature: a, b, c, d.

Chlorophyll a and b contain higher plants and green algae, diatoms contain a and c, red - a and d.

Chlorophyll a and b have been studied better than others (they were first separated by the Russian scientist M.S. Tsvet at the beginning of the 20th century). In addition to them, there are four types of bacteriochlorophylls - green pigments of purple and green bacteria: a, b, c, d.

Most photosynthetic bacteria contain bacteriochlorophyll a, some - bacteriochlorophyll b, green bacteria - c and d.

Chlorophyll has the ability to absorb solar energy very efficiently and transfer it to other molecules, which is its main function. Thanks to this ability, chlorophyll is the only structure on Earth that provides the process of photosynthesis.

The main function of chlorophyll in plants is to absorb light energy and transfer it to other cells.

Plastids, as well as mitochondria, are characterized to some extent by autonomy within the cell. They reproduce by fission.

Along with photosynthesis, the process of protein biosynthesis takes place in plastids. Due to the content of DNA, plastids play a certain role in the transmission of traits by inheritance (cytoplasmic inheritance).

The structure and functions of chromoplasts

Chromoplasts are one of the three types of plastids in higher plants. These are small, intracellular organelles.

Chromoplasts have a different color: yellow, red, brown. They give a characteristic color to ripened fruits, flowers, autumn foliage. This is necessary to attract pollinating insects and animals that feed on fruits and spread seeds over long distances.

The structure of the chromoplast is similar to other plastids. Their two inner shells are poorly developed, sometimes completely absent. In a limited space there is a protein stroma, DNA and pigment substances (carotenoids).

Carotenoids are fat-soluble pigments that accumulate in the form of crystals.

The shape of chromoplasts is very diverse: oval, polygonal, needle-shaped, sickle-shaped.

The role of chromoplasts in the life of a plant cell has not been fully elucidated. Researchers suggest that pigment substances play an important role in redox processes, are necessary for cell reproduction and physiological development.

The structure and functions of leukoplasts

Leukoplasts are cell organelles in which nutrients accumulate. Organelles have two shells: a smooth outer shell and an inner one with several projections.

Leukoplasts in the light turn into chloroplasts (for example, green potato tubers), in their normal state they are colorless.

The shape of leukoplasts is spherical, correct. They are found in the storage tissue of plants, which fills the soft parts: the core of the stem, root, bulbs, leaves.

The functions of leukoplasts depend on their type (depending on the accumulated nutrient).

Varieties of leukoplasts:

1. Amyloplasts accumulate starch, are found in all plants, since carbohydrates are the main food of the plant cell. Some leukoplasts are completely filled with starch, they are called starch grains.
2. Elaioplast produce and store fats.
3. Proteinoplasts contain proteins.

Leucoplasts also serve as an enzyme substance. Enzymes speed up chemical reactions. And in an unfavorable life period, when photosynthesis processes are not carried out, they break down polysaccharides into simple carbohydrates that plants need to survive.

Photosynthesis cannot occur in leucoplasts because they do not contain grana and pigments.

Plant bulbs, which contain many leucoplasts, can tolerate long periods of drought, low temperatures, and heat. This is due to the large reserves of water and nutrients in the organelles.

The precursors of all plastids are proplastids, small organelles. It is assumed that leuko - and chloroplasts are able to transform into other species. Ultimately, after performing their functions, chloroplasts and leukoplasts become chromoplasts - this is the last stage of plastid development.

It is important to know! Only one type of plastid can be present in a plant cell at a time.

Summary table of the structure and functions of plastids