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Ciscare 50mg Infusion is a medicine to fight against cancer cells. It specifically targets and binds to a key area (N7) in the DNA of cancer cells, causing significant damage. This damage impedes the cells' ability to divide, leading to apoptosis, where the damaged cells self-destruct. 

Cisplatin is a strategic tool in cancer treatment, aiming to halt the proliferation of cancer cells. It is administered by healthcare professionals, like doctors or nurses. It's important to avoid self-administration.

Do not take this medication on your own; always wait for and follow the guidance of your healthcare provider.

It is known for causing kidney toxicity Stay well-hydrated and follow medical advice to minimize this risk.

Regular kidney function tests are crucial for those undergoing treatment, especially for patients with existing kidney conditions.

It can also cause myelosuppression, leading to reduced blood cell counts. Regular blood tests are necessary to monitor for conditions like anemia, neutropenia, or thrombocytopenia.

Side effects include ear disorders, vomiting, nausea, a decrease in blood cells (red cells, white cells, and platelets), renal impairment, peripheral neuropathy (tingling and numbness in the feet and hands), kidney damage, hearing loss, and ringing in the ears.

Your healthcare provider will closely monitor your treatment schedule. Missed doses are rare, but if you believe a dose has been missed, inform your doctor or nurse. They ensure you receive the correct treatment at the right times.

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Available in 2 variations

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Ciscare 50mg Infusion

Ciscare 50mg Infusion

Cisplatin (50mg)

bottle of 50 ml Infusion

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Ciscare 10mg Injection

Ciscare 10mg Injection

Cisplatin (10mg)

vial of 10 ml Injection

Related Faqs

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Is Platin polar?

Platin also known as Platinum is a chemically unique and fascinating element with intriguing properties One of its distinct characteristics is that it is a polar molecule This means that within its structure there is an uneven distribution of electric charge resulting in the molecule having both a positive and negative end The polarity of Platin arises from its asymmetrical shape and the presence of different atoms or groups of atoms within its chemical structure It possesses a central atom surrounded by other atoms or groups which creates a polar covalent bond This bond occurs when electrons are shared unequally between the atoms causing one end of the molecule to be more negatively charged while the other end becomes more positively charged The polarity of Platin plays a significant role in its various applications One of the notable uses of this polar molecule is in catalytic converters where it helps to convert harmful gases emitted by combustion engines into less harmful substances The polar nature of Platin allows it to interact with the gases facilitating chemical reactions and speeding up the conversion process Furthermore the polarity of Platin enables it to dissolve in certain solvents making it useful in various industrial processes Its ability to interact with other polar molecules or ions allows for the creation of solutions with specific properties such as increased conductivity or enhanced reactivity In conclusion Platins polarity is a defining characteristic that impacts its behavior and applications Its asymmetrical structure and uneven charge distribution make it an essential component in catalytic converters and industrial processes involving solventbased solutions Understanding the polarity of Platin is crucial for harnessing its unique properties and unlocking its full potential

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Is Slatin polar?

A polar molecule such as Slatin exhibits an uneven distribution of electrical charge resulting in a slight positive charge and a slight negative charge within the molecule This polarity is a consequence of the molecules structure and the presence of electronegative atoms which have a higher affinity for electrons In the case of Slatin the molecule has polar covalent bonds due to the asymmetrical arrangement of its atoms One end of the molecule carries a partial positive charge while the other end carries a partial negative charge giving rise to its polar nature This separation of charges allows for interactions with other polar molecules or ions through dipoledipole interactions and hydrogen bonding These intermolecular forces are crucial for the formation of various chemical compounds and are responsible for many physical and chemical properties of substances Understanding the polar nature of molecules like Slatin is essential in fields such as chemistry and biology as it plays a significant role in determining their behavior and interactions with other substances

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Is Ciscare polar?

Ciscare classified as a polar molecule exhibits a property distinguished by an unequal distribution of electrical charges within its structure This characteristic arises due to the presence of a polar covalent bond resulting in an asymmetrical arrangement of electron density As a consequence Ciscare possesses a positive and a negative end referred to as a dipole moment This polarity induces various fascinating phenomena and effects that contribute to its significant applications across different fields The polarity of Ciscare facilitates its solubility in polar solvents such as water Upon interaction the positive end of Ciscare attracts the negative end of water molecules forming hydrogen bonds This ability to dissolve in polar substances enables Ciscare to act as an effective solvent for numerous electrolytes and polar compounds Furthermore Ciscares polar nature influences its behavior in chemical reactions and biological systems It can participate in dipoledipole interactions or hydrogen bonding affecting the overall stability and reactivity of molecules it interacts with This property finds relevance in diverse applications ranging from drug development to chemical synthesis where understanding and manipulating molecular interactions are crucial In conclusion Ciscares polarization distinguishes it from nonpolar molecules allowing for unique properties and interactions Its solubility in polar solvents and involvement in dipoledipole interactions contribute to its significance across various scientific and practical domains Understanding the implications of Ciscares polarity aids in harnessing its potential for a wide array of applications making it an intriguing molecule to study and utilize

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Is Ciscare light sensitive?

Ciscare like many other sensitive products is highly responsive to light and demands proper storage to maintain its integrity and effectiveness It is essential to handle and preserve Ciscare with utmost care to ensure its optimal performance and desired results Exposure to light can potentially compromise the quality and stability of the product rendering it less potent and potentially ineffective Therefore it is crucial to shield Ciscare from direct sunlight and store it in a cool dark place to minimize light exposure This precautionary measure will help preserve the potency of the ingredients in Ciscare and extend its shelf life By following the recommended storage guidelines you can rest assured that your Ciscare product will remain in its prime condition and deliver the desired benefits when applied or consumed Remember preserving the quality of Ciscare is essential to harness its full potential and achieve the desired outcome

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Is Blastolem light sensitive?

Blastolem a sensitive compound necessitates careful storage to ensure its integrity Being highly reactive to light it is imperative to provide suitable conditions for its preservation Safeguarding Blastolem from exposure to light is paramount to maintain its desired properties and prevent any potential degradation Consequently it is recommended to store this compound in a dark cool environment away from direct sunlight and other sources of illumination To uphold the stability of Blastolem proper storage is essential Shielding it from light not only safeguards its effectiveness but also extends its shelf life By minimizing light exposure the compounds molecular structure remains intact retaining its full potency when utilized To comply with the storage requirements it is advisable to store Blastolem in airtight containers or opaque packaging that effectively blocks light Furthermore maintaining a consistent temperature in the storage area helps prevent potential fluctuations that may impact the compounds quality Adhering to these storage guidelines ensures that Blastolem remains in optimal condition until its intended use By prioritizing its sensitivity to light and prudently storing it the compounds effectiveness and reliability can be maximized Therefore conscientious care should be taken to protect Blastolem from light enabling it to fulfill its purpose effectively and reliably

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Is Sancis light sensitive?

Proper storage is crucial for Sancis as it is highly sensitive to light To maintain its optimal quality and effectiveness extra care should be taken Shielding Sancis from direct exposure to light will prevent any potential damage or degradation that could occur if not stored correctly This is particularly important in environments with bright or intense lighting conditions By ensuring the proper storage conditions Sancis can be preserved and retained in its original state ready for when it is needed Therefore it is essential to handle Sancis with caution and store it in a dark and secure place to maintain its efficacy and avoid any detrimental effects that light exposure can bring about Prioritizing its storage requirements guarantees that Sancis will continue to deliver the desired results providing the intended benefits and ensuring its value is upheld

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Published At: Dec 10, 2024

Updated At: Jan 2, 2025

Reviewed By:

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Published At: Dec 10, 2024

Updated At: Jan 2, 2025

Disclaimer : This information is not a substitute for medical advice. Consult your healthcare provider before making any changes to your treatment . Do not ignore or delay professional medical advice based on anything you have seen or read on Medwiki.