🎥 Full documentary + Explosive Read the full breakdown report now 👇
🔗 https://tinyurl.com/hantavirus-exposed-inside
🌍 Language Notice:
On our website, articles and stories are presented in English due to regional relevance.
Global readers can use the Google Translate tool available on the sidebar, or by clicking “View Web Version” on mobile, to read in their preferred language.
This powerful video reveals the terrifying truth about Hantavirus – a deadly virus that can kill healthy people in just days. Transmitted through common household rodents, it often starts with flu-like symptoms but quickly turns into severe breathing failure.
In this must-watch video you will learn:
• How Hantavirus spreads and why it’s more dangerous than most people realize
• Early warning symptoms you should never ignore
• High-risk situations that put your family in danger
• Life-saving prevention methods (SEAL UP, TRAP UP, CLEAN UP)
• What to do if you suspect exposure
Read the full shocking investigation Explosive report now 👇
1️⃣ Introduction to Hantavirus: Overview, Virology, and Global Importance
2️⃣ History and Discovery of Hantavirus and Major Outbreaks
3️⃣ Classification and Types of Hantaviruses
4️⃣ Major Diseases Caused: Hemorrhagic Fever with Renal Syndrome (HFRS) and Hantavirus Pulmonary Syndrome (HPS/HCPS)
5️⃣ Natural Reservoirs: Rodents and Other Animal Hosts
6️⃣ Transmission Routes, Risk Factors, and Human Exposure
7️⃣ Global Epidemiology and Geographic Distribution
8️⃣ Pathophysiology and Mechanism of Hantavirus Infection
9️⃣ Immune Response and Why Hantavirus is So Dangerous
🔟 Clinical Symptoms and Disease Progression Stages
1️⃣1️⃣ Diagnosis Methods: Laboratory Tests, Imaging, and Differential Diagnosis
1️⃣2️⃣ Treatment Strategies: Supportive Care, Medications, and Management
1️⃣3️⃣ Complications, Mortality Rates, and Long-Term Effects
1️⃣4️⃣ Prevention Strategies, Safety Measures, and Public Health Guidelines
1️⃣5️⃣ Current Research, Vaccine Development, Antiviral Prospects, and Future Outlook
1️⃣6️⃣ Global Hantavirus Research Labs Exposed: Leading Countries in Secret Virus Studies, Genetic Engineering, and Bioresearch Programs
1️⃣7️⃣ Alleged Virus Production: Nations Suspected of Developing or Weaponizing Hantavirus Strains in High-Security Laboratories
1️⃣8️⃣ Pandemic Profiteers: Insider Elites, Corporations, and Powerful Figures Who Benefit from High-Level Viral Outbreaks Like Hantavirus
1️⃣9️⃣ Devastating Global Economic Damage: Massive Financial Losses, Market Crashes, and Economic Toll from Hantavirus and Similar Pandemic Viruses
2️⃣0️⃣ Hard-Hitting Investigation Report: Intentional Misinformation, Global Deception, and Cover-Ups by Powerful Interests Regarding Hantavirus Threats
Hantavirus has no specific cure – early action and prevention are your only protection. Don’t wait until it’s too late.
#Hantavirus #SilentKiller #HealthAlert #RodentWarning #SilentKillerVirus #HantavirusSymptoms
🔗 https://tinyurl.com/hantavirus-exposed-inside
🌍 Language Notice:
On our website, articles and stories are presented in English due to regional relevance.
Global readers can use the Google Translate tool available on the sidebar, or by clicking “View Web Version” on mobile, to read in their preferred language.
This powerful video reveals the terrifying truth about Hantavirus – a deadly virus that can kill healthy people in just days. Transmitted through common household rodents, it often starts with flu-like symptoms but quickly turns into severe breathing failure.
In this must-watch video you will learn:
• How Hantavirus spreads and why it’s more dangerous than most people realize
• Early warning symptoms you should never ignore
• High-risk situations that put your family in danger
• Life-saving prevention methods (SEAL UP, TRAP UP, CLEAN UP)
• What to do if you suspect exposure
Read the full shocking investigation Explosive report now 👇
1️⃣ Introduction to Hantavirus: Overview, Virology, and Global Importance
2️⃣ History and Discovery of Hantavirus and Major Outbreaks
3️⃣ Classification and Types of Hantaviruses
4️⃣ Major Diseases Caused: Hemorrhagic Fever with Renal Syndrome (HFRS) and Hantavirus Pulmonary Syndrome (HPS/HCPS)
5️⃣ Natural Reservoirs: Rodents and Other Animal Hosts
6️⃣ Transmission Routes, Risk Factors, and Human Exposure
7️⃣ Global Epidemiology and Geographic Distribution
8️⃣ Pathophysiology and Mechanism of Hantavirus Infection
9️⃣ Immune Response and Why Hantavirus is So Dangerous
🔟 Clinical Symptoms and Disease Progression Stages
1️⃣1️⃣ Diagnosis Methods: Laboratory Tests, Imaging, and Differential Diagnosis
1️⃣2️⃣ Treatment Strategies: Supportive Care, Medications, and Management
1️⃣3️⃣ Complications, Mortality Rates, and Long-Term Effects
1️⃣4️⃣ Prevention Strategies, Safety Measures, and Public Health Guidelines
1️⃣5️⃣ Current Research, Vaccine Development, Antiviral Prospects, and Future Outlook
1️⃣6️⃣ Global Hantavirus Research Labs Exposed: Leading Countries in Secret Virus Studies, Genetic Engineering, and Bioresearch Programs
1️⃣7️⃣ Alleged Virus Production: Nations Suspected of Developing or Weaponizing Hantavirus Strains in High-Security Laboratories
1️⃣8️⃣ Pandemic Profiteers: Insider Elites, Corporations, and Powerful Figures Who Benefit from High-Level Viral Outbreaks Like Hantavirus
1️⃣9️⃣ Devastating Global Economic Damage: Massive Financial Losses, Market Crashes, and Economic Toll from Hantavirus and Similar Pandemic Viruses
2️⃣0️⃣ Hard-Hitting Investigation Report: Intentional Misinformation, Global Deception, and Cover-Ups by Powerful Interests Regarding Hantavirus Threats
Hantavirus has no specific cure – early action and prevention are your only protection. Don’t wait until it’s too late.
#Hantavirus #SilentKiller #HealthAlert #RodentWarning #SilentKillerVirus #HantavirusSymptoms
Category
🗞
NewsTranscript
00:01Hantavirus exposed inside the hantavirus threat, medical facts, high-security labs pandemic profiteers and the shocking truth behind global deception.
00:11This powerful video and link explosive full breakdown report on my official website www.ghostmiraclenews.site
00:19reveals the terrifying truth about hantavirus, a deadly virus that can kill healthy people in just days.
00:27Transmitted through common household rodents it often starts with flu-like symptoms but quickly turns into severe breathing failure.
00:35In this must-watch video and read explosive full breakdown report you will learn how hantavirus spreads and why it's
00:41more dangerous than most people realize.
00:44Early warning symptoms you should never ignore high-risk situations that put your family in danger.
00:50Life-saving prevention methods seal up trap up clean up.
00:54What to do if you suspect exposure?
00:57Hantavirus has no specific cure, early action and prevention are your only protection, don't wait until it's too late.
01:04Share this video with your family and friends, awareness can save lives.
01:11My name is Dr. Aaron Kaufman from the Centers for Disease Control and Prevention.
01:15This presentation will cover important information for medical providers about hantavirus disease.
01:22At the end, you will be able to describe the risk factors, endemic areas, and incubation period of hantavirus infection,
01:29identify the clinical presentation and methods to identify a patient with hantavirus,
01:34and understand the parameters of clinical management and critical care for patients.
01:41I'll start with an overview of hantaviruses, then move on to the epidemiology of hantavirus disease in the United States,
01:48and then review the clinical presentation, laboratory testing, and treatment.
01:53I will end with a few slides about reporting suspected or confirmed hantavirus disease cases.
02:01I will start with a general overview of hantavirus.
02:07Hantaviruses are a group of viruses that belong to the bunia virales order.
02:13Rodents are the natural reservoir for these viruses.
02:16Hantaviruses are enveloped viruses, meaning that the virus is coated with a lipid membrane.
02:21This membrane makes hantaviruses very susceptible to disinfection and easily killed by household bleach,
02:28detergents, soap, and other disinfectants.
02:31Hantaviruses are divided into two groups, old world and new world.
02:36Old world hantaviruses are primarily found in Europe and Asia.
02:41Infection can cause hemorrhagic fever with renal syndrome, or HFRS.
02:46Several pathogenic old world hantaviruses have been identified,
02:50including Pumala virus, Hantan virus, Dobrava virus, and Sol virus.
02:57New world hantaviruses are primarily found in North, Central, and South America.
03:03Infection with new world hantaviruses can cause hantavirus pulmonary syndrome, or HPS.
03:08Because of the profound cardiac features, HPS is also sometimes referred to as
03:14Hantavirus cardiopulmonary syndrome.
03:17Like old world hantaviruses, several pathogenic strains of new world hantaviruses have been identified.
03:24In general, each hantavirus has a single primary rodent host species in which the virus is maintained.
03:31Hantavirus infection does not cause any apparent illness in the rodent.
03:36Infected rodents can shed the virus in saliva, urine, and feces for the length of their lives,
03:42but viral shedding is greatest three to eight weeks after acute infection.
03:48This map shows the geographic distribution of new world hantaviruses.
03:52The virus names in red indicate viruses that are pathogenic to humans.
03:57The italicized text below the virus name indicates the name of the rodent reservoir for each new world hantavirus.
04:05In the United States, there are four pathogenic hantaviruses.
04:09Sennombre virus, New York virus, Black Creek Canal virus, and Bayou virus.
04:16Each of these pathogenic hantaviruses has a unique rodent reservoir.
04:21For Sennombre virus, the rodent reservoir is the deer mouse.
04:25Panel A of this graphic shows the geographic distribution of the deer mouse.
04:30As you can see, it is quite expansive and extends northward into the Yukon and Northwest Territories of Canada,
04:37the entire United States, sparing the southern regions of Texas, Louisiana, Alabama, Mississippi,
04:43Georgia, Florida, and North and South Carolinas,
04:46and southward through the central portions of Mexico, down to its border with Central America.
04:52The rodent reservoir for New York virus is the white-footed mouse.
04:56The geographic distribution of this rodent is shown in panel B,
05:00and extends eastward from the Plain States and south into Mexico.
05:04The rodent reservoir for Black Creek Canal virus is the hispid cotton rat.
05:09The geographic distribution for this rodent is shown in panel C and covers the southeastern United States and Mexico.
05:18The rodent reservoir for Bayou virus is the rice rat.
05:21The geographic distribution for this rodent is shown in panel D and covers the southeastern United States,
05:28from Texas to Florida and up the eastern coast of the United States as far as Virginia.
05:33Hantavirus is maintained within the rodent reservoir and is transmitted from rodent to rodent,
05:38primarily through fighting and through bites and scratches from one infected animal to another.
05:44No other small mammals such as voles, cats, and dogs have ever been found to transmit Hantavirus to people,
05:51nor have they been found to develop any clinical symptoms of Hantavirus.
05:55Hantaviruses are not transmitted by mosquitoes, ticks, or any other arthropods.
06:02I will now talk about the epidemiology of Hantavirus.
06:07This is a map of all the Hantavirus pulmonary syndrome cases by state since 1993.
06:14As of the end of 2021, approximately 850 cases in 41 states have been reported.
06:21The highest incidence of Hantavirus is in the western United States, particularly in New Mexico,
06:27Colorado, Arizona, and California.
06:29These four states account for almost half of the total cases reported in the U.S.
06:36The bars in this graph depict the annual number of Hantavirus cases from 1993 through 2021 in the U.S.
06:44An average of 20 to 40 cases of Hantavirus are reported each year.
06:48The number of cases has been known to vary based on seasonal weather patterns.
06:52It has been hypothesized that the increased precipitation associated with the El Nino phenomenon
06:58may lead to increased human Hantavirus cases.
07:01Increased precipitation leads to increased vegetation, which leads to increased deer mouse population
07:07densities, which increases the possibility of rodent-human interactions and increased disease
07:13transmission to humans.
07:14The 1993 through 1994 outbreak and the 1997 through 1998 outbreak followed El Nino years.
07:22The blue line depicts the annual case fatality rate.
07:26Although the case fatality rate varies each year, it has been fairly consistent, averaging around 33%,
07:32except in 1993 when Hantavirus was first described.
07:37This graph depicts reported Hantavirus cases by month of symptom onset for the United States from 1993 to 2021.
07:47There is an increase in Hantavirus cases during the spring and summer months, which correlates with
07:53large increases in deer mice populations in these seasons.
07:57This may also have something to do with rodent or human behavior.
08:03People can get infected with Hantavirus by breathing in air contaminated with the virus.
08:08How does this happen?
08:10As we know, infected rodents shed Hantavirus in their urine, saliva, and feces.
08:16When fresh rodent urine, droppings, or nesting material are stirred up,
08:20tiny particles containing the virus can get into the air.
08:24People can also get infected through the bites of infected rodents or by eating contaminated food.
08:30There is no human-to-human transmission of Sin Nombre virus.
08:34People who are exposed to rodents or rodent excreta are the ones at greatest risk for exposure to Hantavirus.
08:42This includes people working in the agriculture industry, like farmers and ranchers,
08:47construction workers, and those working in forestry and park service.
08:51People who clean rodent-infested areas or live near rodent infestations are also at risk for exposure.
08:58Another risk factor is opening and cleaning previously unused buildings such as cabins,
09:04sheds, barns, or other storage facilities where rodents can live and nest.
09:09People can also get exposed to the Hantavirus through recreational activities such as camping
09:15and hiking, though the risk of exposure is much lower.
09:18I will now discuss the clinical presentation of Hantavirus.
09:23The typical incubation period for Hantavirus infection is 9 to 33 days with a median of 14 to 17 days.
09:32During the 2012 Sin Nombre outbreak at Yosemite National Park,
09:36the incubation period ranged from 20 to 49 days with a median of 30.5 days.
09:43The acute course of Hantavirus disease can be broken into two stages.
09:47The first stage is the febrile prodrome.
09:50This lasts approximately three to six days and patients may report fever,
09:55chills, malaise, back pain, myalgia, and headache.
09:59Although many of these patients seek medical evaluation,
10:03they are often diagnosed with a nonspecific viral syndrome and Hantavirus is not suspected.
10:09The second stage is the cardiopulmonary stage.
10:12The onset of this stage is very abrupt and characterized by a rapid onset of non-cardiogenic pulmonary edema,
10:19shortness of breath, cough, and hypoxia.
10:23Shortly after the onset of this phase, the patient may develop circulatory shock.
10:28Without adequate treatment, most deaths occur within 24 to 48 hours of the onset of this phase.
10:37Cases of Hantavirus disease with mild or no pulmonary symptoms have been reported.
10:41One study described four laboratory-confirmed Hantavirus infections in patients with mild or
10:47no pulmonary symptoms.
10:49All four patients reported high fever, headache, and myalgia.
10:53All four patients also demonstrated hemoconcentration, elevated white blood cell count with a left
10:59shift, and thrombocytopenia.
11:01Only one patient reported shortness of breath without evidence of pulmonary edema on chest x-ray.
11:07Data on non-pulmonary Hantavirus infection began to be collected systematically in 2015,
11:13and since then, 29 cases have been reported.
11:16In 2016, non-pulmonary Hantavirus became a nationally notifiable disease.
11:23Clinicians at the University of New Mexico developed criteria observed from a peripheral blood smear that
11:28could be used to make a presumptive diagnosis of Hantavirus during the cardiopulmonary phase.
11:34The peripheral blood smear screen is based on these five criteria.
11:39Thrombocytopenia with a platelet count less than 150,000, elevated white blood cell count with a left
11:45shift, presence of immunoblasts where immunoblasts account for greater than 10 percent of the lymphocyte
11:52population, a lack of toxic changes in neutrophils, and hemoconcentration.
11:58The clinical performance of this screening method was evaluated by looking at 11 years of Hantavirus
12:04cases at the University of New Mexico. They found that the presence of four out of five criteria
12:10was 96 percent sensitive and 99 percent specific for Hantavirus infection.
12:16They also found that out of the five criteria, thrombocytopenia was the most sensitive individual
12:22criterion, being present in more than 95 percent of patients and starting during the prodromal phase.
12:30The presence of increased immunoblasts had the greatest positive predictive value at 71 percent.
12:37Here is a graph describing the serial hematologic findings in a patient with severe synnombre virus
12:42infection. The open circles depict hematocrit percentage, the closed circles depict the platelet
12:49count, the squares depict the immunoblast count, and the triangles depict the total white blood cell count.
12:55There is a precipitous drop in the platelet count, going down from approximately 120,000 to 50,000
13:02over a 24-hour period. As the patient progresses through the cardiopulmonary phase, we can also
13:09see a rapidly rising white blood cell count, which eventually includes immunoblasts and a rapidly rising
13:15hematocrit. Hemoconcentration is most frequently seen in severe and fatal cases. As you can see,
13:23serial hematologic testing is important in order to identify potential indicators of worsening clinical
13:29disease. Here is a graphical depiction of the Hantavirus illness course. First, there is a prodromal
13:36period where the patient will complain of fever and myalgia. At this stage, the platelet counts
13:41will start to decline. If you were to perform serologic testing, IgM and IgG antibodies would be
13:48positive at this stage. Virus titer is not included on this graph, but virus RNA is detectable by PCR
13:56during both the prodrome and the cardiopulmonary phases. It often declines as antibody levels increase.
14:03The febrile prodrome is followed by the cardiopulmonary phase, which is marked by cough,
14:09shortness of breath, and the development of bilateral pulmonary infiltrates. With the passage to the
14:15cardiopulmonary phase, you will see a rapid increase in white blood cell count with a left shift,
14:20increased presence of immunoblasts, and hemoconcentration. Patients with mild Hantavirus
14:27pulmonary disease may only require supplemental oxygen, but those with severe disease will quickly
14:33progress to respiratory failure with or without circulatory shock. Patients who survive the
14:39cardiopulmonary phase will enter the diuretic phase. Clinical improvement is usually rapid,
14:44and many ventilator-dependent patients can be extubated within a day or two. Finally, the convalescent
14:51phase is characterized by weakness, fatigue, and poor exercise tolerance, and may persist for months or
14:58years. I will now talk about laboratory testing. Currently, there is no rapid point-of-care diagnostic
15:08test for new-world Hantavirus like synnombre virus. Thrombocytopenia is seen early during the
15:14prodromal phase. A presumptive diagnosis may be made in the cardiopulmonary phase by evaluating the
15:20CBC with differential and blood smear using the five criteria described previously. Confirmatory diagnosis
15:27of Hantavirus infection is made by testing with an enzyme-linked immunosorbent assay, or ELISA,
15:34capable of detecting IgM and IgG antibodies. These appear during the febrile prodrome and are 95 to 100%
15:43sensitive and specific for early Hantavirus infection. Serological testing should not be
15:49used to screen for Hantavirus infection in asymptomatic individuals because antibodies are
15:55not present during the incubation period. Laboratory testing is available through several sources,
16:02including through state, tribal, local, and territorial health departments and commercial laboratories.
16:08However, false positive results have been reported with the commercial assay,
16:13important to interpret the results carefully when a commercial assay is ordered. It's also important
16:18for providers to contact their state, tribal, local, and territorial health departments when they suspect
16:24Hantavirus and want to arrange for diagnostic testing. Confirmatory testing is available through
16:29CDC's Viral Special Pathogens Branch. So what are the keys in making the diagnosis of Hantavirus disease?
16:37First, consider the disease in patients presenting with a febrile illness. Second, remember that infections
16:44can occur at any time of year. However, we do see peaks in the spring and summer. In Navajo Nation,
16:51we also see a peak in cases during the fall months. It is interesting that the peak in spring and
16:56summer is
16:57outside the typical influenza season. So if you are seeing a patient in the spring and summer with an
17:02influenza-like illness, consider Hantavirus in your differential diagnosis. Another key
17:09to making the diagnosis is asking about exposure to rodents and rodent droppings and nests. You have
17:15to ask about rodents and rodent droppings because half of confirmed Hantavirus cases do not report seeing
17:22rodents. If you're concerned about Hantavirus, order a CBC with differential and a blood smear,
17:28and look for the five peripheral blood smear criteria and repeat if necessary. Now, what should
17:35you do if you're unsure of the diagnosis? One thing you can do is consider repeating the CBC with
17:41differential and blood smear in 12 to 24 hours. In patients with Hantavirus disease,
17:47platelet counts can decrease by more than 20,000 in a 12-hour period. Rising white blood cell count and
17:54increasing hemoconcentration can be seen in the cardiopulmonary phase. For further assistance,
18:00clinicians may consult their local or state health departments.
18:05I will now talk about treatment for Hantavirus.
18:10Treatment of Hantavirus disease is supportive. No antiviral drugs or immunotherapeutic agents have been
18:16found to be effective. There is no vaccine currently available.
18:21Inotropes should be administered early for hypotension. Avoid fluid resuscitation,
18:26as it may exacerbate pulmonary edema. Provide supplemental oxygen as needed. Take caution with
18:33intubation, as the effect of hemoconcentration in the setting of sedation and intubation can decrease
18:39venous return and has led to instances of cardiac arrest. Most importantly, transfer the patient
18:46immediately to a center capable of extracorporeal membrane oxygenation, or ECMO.
18:52So why do we use ECMO for Hantavirus? First, Hantavirus disease usually occurs in young,
18:59previously healthy adults. Second, Hantavirus disease, while it can be quite severe,
19:05has a short duration of critical disease. Finally, the cardiopulmonary dysfunction seen in
19:11Hantavirus disease is most likely due to circulating inflammatory mediators, and autopsies performed
19:17on fatal cases did not show significant tissue damage. A retrospective review of the medical records
19:24of 51 consecutive patients with severe Hantavirus disease treated with ECMO at the University of New
19:30Mexico found that all these patients had a 100% predicted mortality prior to initiation of ECMO.
19:37The patients were divided into two groups. Group A consisted of 26 patients who were intubated when
19:44they became hypoxic and were not cannulated for ECMO until they became hemodynamically unstable.
19:50Group B consisted of 25 patients who had elective insertion of percutaneous vascular sheets shortly
19:58after arrival in the hospital and were concurrently intubated and cannulated for ECMO when they became
20:03unstable. The overall survival rate was 66%, survival in Group A was 53.9%, and survival in Group B was
20:1480%.
20:15Early transfer to an ECMO center improves. Ghost Miracle News Network is more than just a platform.
20:22It is a voice committed to truth, courage, and global awareness delivering stories without fear or bias.
20:28Every single day we face new challenges obstacles and restrictions yet we continue to stand strong
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