Depression can be caused because of many reasons. However, it can get worse or be triggered due to nutritional deficiency. However nutritional deficiencies and depression act in a vicious cycle. Depressed people often receive less or improper food which leads to malnutrition which again aggravate depression. Thus, both conditions should be treated simultaneously. Read further to know how:

Omega-3 fatty acids: An Omega-3 unsaturated fat deficiency can cause depression. That shows exactly how much fish, salmon, halibut or flaxseeds and walnuts we have to expend to be at an ideal level. These basic minerals lessen aggravation and take up a basic part in our mental health, particularly memory and disposition.
Vitamin D: Vitamin D deficiency is a noteworthy problem that specialists and general physicians perceive to be dangerous. This lack has been connected to depression, dementia and mental imbalance. The majority of our Vitamin D levels drop off during the fall and winter months, since daylight is the best source of vitamin D.
Magnesium: Odds are great that you are magnesium inadequate since a lot of people are. Sugar, phosphoric acid, perpetual anxiety, anti-infection agents and diuretics contain magnesium. Magnesium is infrequently alluded to as the anxiety counteracting agent.
Vitamin B complex: B vitamins like vitamin B6 and vitamin B12 have some great medical advantages, including decreased heart diseases and healthy skin and nails. Again, a vitamin B deficiency may affect your emotional wellness. Every one in four depressed or stressed woman suffers from vitamin B12 deficiency.
Folate: Individuals with a low folate level have just a seven percent reaction to treatment with antidepressants. Those with high folate levels have a reaction of 44 percent. That is the reason a lot of specialists are currently endorsing a folate called Deplin to treat dejection.
Amino acids: Amino acids are the building blocks of protein that help your mind work efficiently. An amino acid deficiency may make you feel slow, foggy, unfocused, and discouraged. Great sources of amino acids include meat, eggs, beans, seeds, and nuts.
Iron: Iron deficiency is truly common in women. Around 20 percent of the women and 50 percent of pregnant women are iron deficient. Just 3 percent of men are iron deficient. The most widely recognized type of side effect is the decreasing number of red platelets brought on by the lack of iron. The side effects include weakness, concentration issues and a foggy mind.
Zinc: Zinc is used by more proteins (a person has more than 300) than some other minerals. It is important to most of the body s systems. It also helps our stomach to determine what food items or nutrients to keep and what to dispose off.
Therefore, it is very important for a person to consume the right amount of nutrients that a human needs. Their deficiency not only causes depression, but also many other diseases and illnesses.

Nutritional Deficiency - Can it Cause Depression?

The spine plays a very crucial role, both from a person s movement and sensation point of view. It carries the nervous supply for a lot of internal organs and the lower body. By virtue of its structure, it also helps in movement through the disks. Due to various reasons, spinal injury is common, causing pain along the back, lower extremities, neck etc.

Medicines and exercise are the first line of treatment for most spinal injuries. The issue, however, is that these only provide relief from the pain and the medicines, but do not actually  rectify  the underlying problem. Whether it is a herniated disk or a pinched nerve, the medicines and exercise can relieve the symptoms, but the disk continues to be herniated and the nerve continues to be pinched. Definite treatment is in the form of surgery, and with recent advancements in the field of spinal surgery, there are minimally invasive surgical options, which provide complete cure with minimal recovery time. Some of the benefits of this are listed below-

Smaller incision compared to traditional surgical procedures, where only the injured area is accessed

The surrounding tissues are untouched, unless they are injured and require repair

Lesser bleeding compared to earlier techniques

Lesser painful procedure

Reduced hospitalization period

Quicker recovery and return to normal activities

The question, however, is whether this is indicated in everybody. A detailed discussion with your surgeon keeping the below points in mind will help identify the answer for this. The main driver should be the answer to the question   will the surgery be able to effectively relieve you of the pain and symptoms? Additionally, the following factors help in getting better results out of a minimally invasive spinal surgery.

Presence of symptoms relating to nerve compression, including pain from the spine down the leg.

Recent onset of symptoms, with pain starting days to months before seeing the doctor. This indicates the condition is relatively new and so damage is minimal, indicating favorable outcome. Chronic pain conditions take slightly longer time compared to recent injuries.

People with active lifestyle who engage in regular physical exercise are likely to have better benefits from the minimally invasive procedure.

Smoking reduces blood flow to the spine, leading to disk degeneration and weakening of bones. Healing is highly slowed down and recovery is overall delayed.

Excessive weight puts strain on the back, and so healing can be delayed or badly affected with more complications. It is not a contraindication, but be prepared for a longer recovery period.

Talk to your doctor keeping these points in mind, and you can bid farewell to your back pain forever.

Is Minimally Invasive Spine Surgery Right For You?

It is gastrointestinal bleeding in the upper gastrointestinal tract, commonly defined as bleeding arising from the oesophagus, stomach, or duodenum. Blood is often observed in vomit (hematemesis) or in the stool (melena). Upper gastrointestinal bleeding denotes a medical emergency and typically requires hospital care for primary diagnosis and treatment. The incidence of upper gastrointestinal bleeding is 50-150 individuals per 100,000 annually. Depending on its severity, it carries an estimated mortality risk of 11%.

The causes of upper gastrointestinal bleeding are as follows:

Oesophagal causes (gastrorrhagia):

Oesophagal varices
Esophagitis
Oesophagal cancer
Oesophagal ulcers
Mallory-Weiss tear
Gastric causes: 

Gastric ulcer
Gastric cancer
Gastritis
Gastric varices
Gastric antral vascular ectasia
Dieulafoy's lesions

Duodenal causes
Duodenal ulcer
Vascular malformation, including aorto-enteric fistulae
Hematobilia or bleeding from the biliary tree
Hemosuccus pancreaticus or bleeding from the pancreatic duct
Severe superior mesenteric artery syndrome
The signs and symptoms of upper gastrointestinal bleeding are as follows:

Hematemesis - Vomiting of blood
Melena - Blood in the stool
Hematochezia - Passage of fresh blood through the anus, usually in or with stools
Syncope - Loss of consciousness (fainting)
Presyncope - State of lightheadedness, muscular weakness, blurred vision, and feeling faint
Dyspepsia   IndigestionEpigastric painHeartburnDiffuse abdominal pain
Dysphagia - Difficulty in swallowing. Weight lossJaundice - Yellow discolouration of the skin, mucous membranes, and sclera
The diagnosis of upper gastrointestinal bleeding is made when hematemesis is present. In the absence of hematemesis, an upper source of GI bleeding is likely in the presence of at least two factors among - Black stool, age < 50 years or blood urea nitrogen/creatinine ratio 30 or more

If these findings are absent, consider a nasogastric aspirate to determine the source of bleeding. If the aspirate is positive, an upper GI bleed is greater than 50%, but not high enough to be certain. If the aspirate is negative, the source of a GI bleed is likely lower. The accuracy of the aspirate is improved by using the Gastroccult test. Also, the following diagnostic tests are done:

Orthostatic blood pressure
Complete blood count with differential counts
Hemoglobin level
Type and crossmatch blood
Basic metabolic profile, BUN,
Coagulation profile
Serum calcium
Serum gastrin
Endoscopy
Chest radiography
Nasogastric lavageAngiography (if bleeding persists and endoscopy fails to identify a bleeding site)
Upper gastrointestinal bleeding can be managed in the following ways:

Airway management and fluid resuscitation using either intravenous fluids and or blood
Medications to stop the bleeding (Proton-pump inhibitors are often given in the emergency)
Surgical intervention
Treating the consequences (like anaemia) that the bleeding may have caused
Precautions are taken to prevent re-bleeding

What Are The Reasons Behind Ulcer?

Headaches and migraines can vary drastically depending on their duration, specific symptoms and the person they are affecting. The more you know about your specific type of headache or migraine, the better prepared you will be to treat them and possibly even prevent them. The two types of migraine are- 

Migraine without aura: The majority of migraine sufferers have Migraine without Aura. 
Migraine with aura: Migraine with Aura refers to a range of neurological disturbances that occur before the headache begins, usually lasting about 20-60 minutes.
Symptoms of migraine vary and also depend on the type of migraine. A migraine has four stages: prodrome, aura, headache and postdrome. But it is not necessary that all the migraine sufferers experience all the four stages.

Prodrome: The signs of this begin to appear a day or two days before the headache starts. The signs include depression, constipation, food cravings, irritability, uncontrollable yawning, neck stiffness and hyperactivity.
Migraine Aura: Auras are a range of symptoms of the central nervous system. These might occur much before or during the migraine, but most people get a migraine without an aura. Auras usually begin gradually and increase in intensity. They last for an hour or even longer and are 

Visual: Seeing bright spots, various shapes, experiencing vision loss, and flashes of light
Sensory: Present in the form of touch sensations like feeling of pins and needles in the arms and legs
Motor: Usually related with the movement problems like the limb weakness
Verbal: It is related with the speech problems
Headache: In case of a migraine attack one might experience:

Pain on both sides or one side of the head
Pain is throbbing in nature
Vomiting and nausea
Sensitivity to smells, sound and light
Vision is blurred
Fainting and lightheadedness
Postdrome: This is the final phase of the migraine. During this phase one might feel fatigued, though some people feel euphoric.

Red flags that the patient may be having underlying serious disorder not migraine

Onset of headaches >50 years 
Thunderclap headache - subarachnoid haemorrhage 
Neurological symptoms or signs 
Meningism 
Immunosuppression or malignancy 
Red eye and haloes around lights - acute angle closure glaucoma 
Worsening symptoms 
Symptoms of temporal arteritis
These patients require CT scan / MRI or CSF examination. Most Migraine patients do not need these tests. 

Diagnosis of Migraine: Usually migraines go undiagnosed and thus are untreated. In case you experience the symptoms regularly then talk to the doctor, who evaluates the symptoms and can start a treatment. You can also be referred to a neurologist who is trained to treat the migraines and other conditions. During the appointment the neurologist usually asks about the family history of headaches and migraines along with your symptoms and medical history.

The doctor might advise for some tests like:

Blood Tests: These reveal problems with the blood vessel like an infection in the spinal cord and brain.
CT scan: Used to diagnose the infections, tumors, brain damage, and bleeding that cause the migraines.
MRI: This helps to diagnose the tumors bleeding infections, neurological conditions, and strokes.
Lumbar Puncture: For analyzing infections and neurological damages. In lumbar puncture a thin needle is inserted between the two vertebrae to remove a sample of the cerebrospinal fluid for analysis.
Treatments

Migraine treatments can help stop symptoms and prevent future attacks.

Many medications have been designed to treat migraines. Some drugs often used to treat other conditions also may help relieve or prevent migraines. Medications used to combat migraines fall into two broad categories:

Pain-relieving medications. Also known as acute or abortive treatment, these types of drugs are taken during migraine attacks and are designed to stop symptoms.
Preventive medications. These types of drugs are taken regularly, often on a daily basis, to reduce the severity or frequency of migraines.
Your treatment strategy depends on the frequency and severity of your headaches, the degree of disability your headaches cause, and your other medical conditions.

Some medications aren't recommended if you're pregnant or breast-feeding. Some medications aren't given to children. Your doctor can help find the right medication for you.

Migraine - Identifying the Early Signs!

Epilepsy is a disorder of the nervous system which is characterised by the tendency of a person to have seizures. Seizures occur due to abnormal and excessive nerve cell activity in brain. The result is abnormal behaviour and sensations, including loss of consciousness. There are a variety of seizures with different symptoms depending on the part of brain involved. Progressive myoclonus epilepsy is an epilepsy syndrome, which is caused by genetic disorders. It features a combination of myoclonic and tonic-clonic seizures along with progressive neurological decline. It is often characterised by unsteadiness, muscle rigidity, and mental deterioration. Such a type of epilepsy is quite rare. Seizures are difficult to control and patients often lose thinking abilities as well.

Also in such a condition patient may have more than a dozen different diseases. The symptoms get worsened over time. Such a disorder can be present in any of the sexes. It can appear in infants as well as adults.
Progressive myoclonus epilepsy is not a single disorder but is a combination of syndromes with various names. Some of them are severe myoclonic epilepsy of infancy which is also called Dravet syndrome, then is Unverricht-Lundborg disease also called Baltic myoclonus, Lafora disease and finally Mitochondrial encephalopathies.

Causes and triggering factors of epilepsy seizures
The main causes of Progressive myoclonus epilepsy include Lafora body disease, neuronal ceroid lipofuscinoses, Unverricht - Lundborg disease, sialidoses, storage diseases, and some inborn metabolism issues. These seizures can be triggered by light, noise, sleep loss, alcohol intake and cigarette smoking.

Top natural homeopathic remedies for epilepsy

Cicuta is considered by far the best homeopathic remedy for epilepsy where violent distortions occur in the body. The distortions are most frightful. The person is totally unconscious. The face may be blue and the jaw appears locked.
Artemisia Vulgaris is considered for treating epilepsy with Petit Mal seizure. The main symptom is frequent brief episodes of seizures in a short time period.
Stramonium is used for epileptic convulsions which arise after exposure to bright light or shining objects. The patient in this case is conscious but experiences jerk in the muscles of upper body.
Cuprum Met is used for seizure attack in knees.
Bufo Rana is of great help when the patient experiences attacks during sleep.
Hyoscyamus is used in case of epileptic fit.
Homeopathic medicines for epileptic fits during fever (Febrile seizures)
Belladona and Nux Vomica are the natural Homeopathic medicines that are very beneficial in cases of febrile seizures.
Natural homeopathic medicines as per type of seizure in Epilepsy
The natural Homeopathic medicines for treating Petit Mal Seizures are Artemisia, Belladona, Zincum, and Hyoscyamus. Agaricus and Cuprum are prescribed for Clonic Seizures. Cicuta and Plumbum are helpful in case of Tonic Seizures.

Progressive Myoclonic Epilepsy - How Homeopathy Can Help You?

Smartphone Addiction is a Sign of Depression

There are some people who just never seem to get off the phone. They would be looking at their phones all the time, messaging, using social networking sites or simply clicking their pictures or playing games. A study suggests that addiction to the smartphone is linked to and serves as a sign of depression.

The study reveals that individuals who have been diagnosed with some form or degree of depression tend to use their phones more. In fact, smartphone addiction is correlated to clinical depression. So, if your teenage son or daughter or someone you know have been using their phones too often, then this might be a red signal towards depression.

Smartphone addiction can be seen as a compulsive behavior and is typically noticed among depressed people. At the same time, it can result in depression as well. People who are prone to developing depression symptoms may also use their phone more often. Their excessive usage and smartphone addiction may actually make them irritable and sad, looking at photos of others, noticing other people’s lives may make them feel that their lives aren’t perfect. This can in turn lead to feelings of extreme sadness, cause depression or even suicidal thoughts.

So, make sure that you keep a tab of how often people use smartphone in your family. If you suspect behavioral changes with smartphone addiction, consider getting a consultation with a psychologist or counsellor.

If you would like to consult with me privately, please click on 'Consult'.

Your Addiction To Smart Phone Reveals Something Shocking About You!

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