Mississippi’s Cannabis Education Resource Professional Expertise on Medical Cannabis from a Licensed Practitioner

We're here to help you understand Medical Cannabis in Mississippi. If you haven't yet found a physician to certify and register you for the medicinal cannabis program, we can recommend a physician who will assist you in obtaining your Mississippi Medicinal Cannabis Card from the MSDH.

Once you have your card, it's time to learn more about its proper use. That is where we come in. During our consultation, we'll inform you about the type of medical cannabis or cannabis-related products that are best suitable for your condition so that you get the best results possible. Below are the conditions that are approved for treatment with medical cannabis in Mississippi.

Qualifying Conditions:

  • Agitation Of Dementia
  • Alzheimer’s Disease
  • Autism
  • Chronic Pain
  • Chronic, Terminal or Debilitating Disease
  • Crohn’s Disease
  • Diabetic - Peripheral Neuropathy
  • Glaucoma
  • HIV and AIDS
  • Hepatitis
  • Huntington’s Disease
  • Multiple Sclerosis
  • Muscular Dystrophy
  • Neuropathy
  • PTSD - Post Traumatic Stress Disorder
  • Parkinson’s Disease
  • Seizures
  • Sickle Cell Disease
  • Ulcerative Colitis

Parts of the cannabis plant

Cannabis grows in a variety of climates around the world and can be used in many applications: rope, biofuel, paper, and many medical and recreational uses. The plant is part of the Cannabaceae family, which also includes hops. It is further classified as Cannabis sativa Each part of the plant serves a purpose and while the whole of a cannabis plant is certainly greater than the sum of its parts, knowing its parts can inform your experience and appreciation of it. Below are descriptions of each of the plant's parts and the functions they perform.

  • Flower

    The flowers of the female marijuana plant can be identified by their small teardrop structures, which consist of pistils attached to bracts. Cannabis flowers are usually covered with a frosty-looking coating of trichomes, with a heavier density of trichomes making for a more desirable flower.

  • Cola

    The main part of the flower, at the end of a female plant's stem is composed of many small floral clusters. In general, the bigger, heavier, and more densely covered in trichomes a cola is, the better quality it will be.

  • Bracts

    The small leaves that surround the reproductive cells of a female weed plant. When a female plant is exposed to pollen from a male marijuana plant, the bracts surround and shield the seed pod.

    Within the glandular trichomes, there are three main types: bulbous, capitate-sessile and capitate-stalked.

  • Node

    The point at which the stem and leaf intersect. Nodes can hold one or more leaves or offshoots. As explained below, nodes are important to be familiar with, as they are where cannabis plants begin to grow either pollen sacs (male cannabis plants) or pistils (female cannabis plants). Understanding the sex of a marijuana plant is crucial to the final product, since only female plants produce flowers and since non-pollinated flowers are far superior than pollinated buds when it comes to consumption.

  • Fan leaves

    Leaves are important components of a weed plant, and there are actually a couple types of marijuana leaves. The large, protruding leaves that appear along the length of the plant are called fan leaves. Theses leaves are essential to the living plant's photosynthesis, but are always removed from the finished, harvested product.

  • Sugar leaves

    As opposed to fan leaves, sugar leaves are small leaves found throughout cannabis colas' cupping buds that are typically trimmed off the flower after harvest. They are called “sugar leaves” because of the high volume of trichomes found on them, which makes it look like the leaves are covered in sugar. Sugar leaf trim can be used to make edibles or concentrates.

  • Stem

    The main support structure of the marijuana plant, the stem transports fluids, nutrients, and information from the roots to the rest of the weed plant.

Cannabis Plant Anatomy

Types of marijuana plants

Cannabis is typically classified in the following four categories:

  • Indica:

    Indica-leaning weed plants tend to produce dense, fat, heavy buds during the flowering stage. These strains are typically believed to give consumers a “body high” instead of a more cerebral high.

  • Sativa:

    Sativa plants tend to produce buds that are airy and more formed than indica plants. Sativa strains of the weed plant are often said to offer users a more cerebral, energetic, “buzzy” highs.

  • Hybrid:

    As a blend of sativa and indica, hybrid strains are generally believed to give you a more balanced high.

  • Hemp:

    Hemp plants are part of the cannabis family, but they differ from a regular weed plant in that they produce only trace amounts of THC, the cannabinoid responsible for the intoxicating effects of the marijuana plant. In the U.S., the 2018 Farm Bill specified hemp as a cannabis plant containing up to 0.3% THC. However, hemp plants produce a number of other important cannabinoids, most notably cannabidiol (CBD), and their fibers are used to produce a range of textiles.

Common terpenes and their effects

There are about 400 known terpenes in cannabis, but experts have only linked a handful of them to specific effects.

Here are some common terpenes and their potential effects:

  • Beta-caryophyllene.

    A major ingredient in cloves, rosemary, and hops, beta-caryophyllene could be beneficial for managing symptoms of anxiety and depression. colitis, cerebral ischemia, liver fibrosis, and Alzheimer-like diseases. 

  • Beta-pinene.

    If you’ve strolled through a coniferous forest, you know the smell of beta-pinene, which could also have potentially both anti-depressant, anti-cancer and anti-tumor properties. Pain Relief. 

  • Humulene.

    This terpene is found in ginseng, which has long been used in folk medicine for energizing effects.

  • Limonene.

    One of the most commonly found terpenes, limonene has distinct citrus notes and may potentially have anti-cancer and anti-tumor properties. In mice, it’s been shown to have anti-anxiety properties. 

  • Linalool.

    Lovers of lavender as aromatherapy may want to seek out cannabis with linalool, which may help alleviate stress. Antidepressant - pain relief.

  • Myrcene.

    Found in mangoes, myrcene has antifungal and antibacterial properties and could also have sedating effects. Reduces inflammation. - assist in anti-cancer and anti-tumor- pain relief

Keep in mind that much of the research around terpenes is still in early stages. More high quality studies in humans are needed to fully understand the health impacts of different terpene profiles.

Maximizing their benefits

Curious to start exploring terpenes? Here are some tips to keep in mind:

  • Read the label.

    Some lab-tested cannabis brands include the terpene profiles (often the three most prevalent terpenes) and concentrations of the product (usually a number that sits around 2 percent).

  • Check for freshness.

    Terpene concentration can diminish over time, so look for products that have a recent package date. If you’re going with flower, give it a sniff if you can. 

  • Use caution with cannabis oil.

    Oil-based vaping products often have added synthetic terpenes. It’s not clear if synthetic terpenes are less effective than natural ones, but they’re often used to create solvents and other household chemicals. Proceed with caution, and be wary of marketing materials that make promises about what they’ll do.

  • Lay off the heat.

    There’s some evidence that dabbing, which involves high heat, could degrade synthetic terpenes, resulting in potentially harmful byproducts. Until experts understand more about how heat affects terpenes, you may want to stick with vaporizing flower at a low temperature or consuming edibles.

  • Keep a journal.

    As you try different terpene profiles, take note of your ingestion method and how you feel. Over time, this can help you pinpoint the best terpene profile for the effects you’re after.

Last thing to consider, The Terpenes total percent in the flower helps you determine how much of the THC your body will absorb.  A 1-2.4% is standard percentage, but  if you have Flower with Tempen levels in the 2.5-3% or higher your body absorbs much more of the THC and in turn you will get a much greater effect you are looking for.

Full-Spectrum vs Distillate

What Are the Major Differences Between Full Spectrum and Distillate?

Easy answer is What the Extract Contains

One of the main differences between full-spectrum vs distillate extracts is the cannabinoids/Terpenes each concentrate contains.

More than 110 cannabinoids, such as THC, CDB, CBN, and CBG,( these are Terpenes) exist, and each of these interacts with your body’s system differently.

Full-spectrum extracts retain the complete cannabis plant profile including its cannabinoids, flavonoids, Terpenes, and other phytochemicals.

A Distillate extract only contains the cannabinoids and other natural plant substances the creator of the product wants, THC, No Terpenes are in the distillate.

The Effects

Because of the cannabinoids and other phytochemicals in the extract, distillate and full-spectrum weed products produce different effects.

A THC Distillate will give you a potent high, but limited effects because there are little to no other compounds included. Creators of distillate products can isolate near pure forms of THC.

A Full-spectrum product contains psychoactive (for example, THC) and non-psychoactive (such as CBD) cannabinoids/Terpenes, so you’ll potentially benefit from a therapeutic high.

The effects will be more balanced, and more flavorful with a full-spectrum extract. Full spectrum products contain minor cannabinoids like CBG and CBN which may have pain-relieving, anti-inflammatory, and antibacterial properties. Or, with a product containing CBD and THC, you won’t likely experience a potent high because CBD reduces the effects of THC.

The Cost

In general, Full-spectrum extracts are rarer and costlier than distillate concentrates because the extraction process is more time consuming and the equipment more expensive. But the cost differs depending on the manufacture and on the cannabinoids/Terpenes, and THC level.